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Produits et Services

• Systèmes et acquisition de données
  • Systèmes d'acquisition de données mécaniques et structurales
    • Fusion RX
    • Fusion MX
    • QuantumX
      • Modules de mesure
      • Modules d'entrée/sortie
      • Enregistreur de données / Passerelles
      • Accessoires pour QuantumX
      • Solutions QuantumX
    • GenHS
      • ISOBE 5600
    • SomatXR
      • Modules de mesure
      • Enregistreur de données / Passerelles
      • Accessoires
    • MGCplus
      • Boîtier
      • Processeur de communication
      • Modules Amplificateur
      • Platines de raccordement
      • Modules fonctionnels spéciaux
      • Accessoires
    • CANHEAD
      • Modules de base
      • Modules Amplificateur
      • Accessoires
    • eDAQ
      • eDAQ-eDAQXR
      • eDAQ-lite
      • eDAQXR-lite
      • Accessoires pour eDAQ
    • Instrument de précision à jauge de contrainte
      • DMP41
      • MX238B
      • ML38B
    • Unités de calibrage de ponts
      • K800
      • K148
      • BN100A
      • K3607
      • Accessoires pour Unités de calibrage
    • Interrogateurs optiques
      • Interrogateurs industriels
      • Interrogateurs portables
      • QuantumX MXFS
      • Accessoires
  • Systèmes d'acquisition de données sonores et de vibrations
    • LAN-XI
      • Modules de mesure
        • Type 3050
        • Type 3052
        • Type 3053
        • Type 3056
        • Type 3057
        • Type 3058
        • Type 3160
        • Type 3161
        • Type 2831
        • Tapez 3056
        • Tapez 3676
        • Type 3677
      • Cadres
      • Faces avant
        • UA-2100
        • UA-2101
        • UA-2102
        • UA-2104
        • UA-2105
        • UA-2107
        • UA-2109
        • UA-2110
        • UA-2112
        • UA-2113
        • UA-2114
        • UA-2115
        • UA-2116
        • UA-2117
        • UA-2118
        • UA-2119
        • UA-2120
        • UA-2121
        • UA-2145
        • UA-3100
        • UA-3101
        • UA-3102
        • UA-3111
        • UA-3112
        • UA-3121
        • UA-3122
        • UA-2108
      • Accessoires
        • Câbles
          • AO-0090
          • AO-0091
          • AO-0158
          • AO-0265
          • AO-0389
          • AO-0546
          • AO-0548
          • AO-0581
          • AO-0603
          • AO-0738
          • AO-0788
          • AO-0791
          • AO-0795
          • AO-0823
          • AO-0853
          • AO-1440
          • AO-1489
          • AO-1450
          • AO-1490
          • AO-0643
          • AO-0648
          • AO-0649
          • AO-0650
          • AO-0651
          • AO-0655
          • AO-0658
          • WL-1324
          • WL-1325
          • WL-1329
          • WL-1388
          • WL-1391
          • WL-1385
          • WL-3262
          • WL-3573
          • WL-3654
          • WL-3667
          • WL-3731
          • WL-3726
          • WL-3727
          • WL-3728
          • WL-3729
          • ZH-0717
          • AQ-0656
          • WL-3667
        • Adaptateurs
        • Cas
        • Batteries
        • Autres accessoires
    • Fusion-LN :
      • Modules de mesure
        • Module polyvalent 6 canaux - 3070
        • Fusion-LN :
    • Conditionneur de signaux CCLD (IEPE)
      • Type 2694-A
      • Type 1704-A-002
      • Type 1704-A-002
      • 4114B1
      • 4791A
      • 4115B
      • 4794A
      • 4007
      • 4122B
      • 4123B
      • 4116
      • 4110C
      • 4119B
      • 4103C
      • 4758A
      • 4102C
    • Conditionneur de signaux ClipX
      • Type 2634
      • Type 2635
      • Type 2647
      • Type 2663
      • 4800A
      • 4752B
      • 4751B
      • 4775A
      • 4025A
      • 4707
      • 4705
      • 4711
      • 4753B
      • 4754B
    • conditionneur de signal de microphone
      • Type 1708
    • NEXUS
      • Type 2693-A-0F4 (CCLD)
      • Type 2692-A-0I1 (charge)
      • Type 2692-C (charge)
      • Type 2690-A-0F2 (microphone)
      • Type 2691-A-0S2 (microphone)
    • Système de calibrage de microphones
      • Type 9699
      • Type 9719
      • Type 9721-A :
      • Type 9721-B
      • Type 9757
    • Système de calibrage de capteurs de vibrations
      • Type 3629 avec 5308
      • Type 3629 avec 5310
      • Type 3629 avec 5309
      • Type 3629 avec 5312
    • Système de calibrage de sonomètres
      • Type 3630-A
      • Type 3630-A avec 7913
      • Type 3630-A avec 7792
      • Type 3630-A avec 7794
      • Type 9738
    • Accessoires
    • Accessoires
    • Fusion-LN
    • Enregistreurs de vibrations
      • 5384
      • 4601A
      • 4401A
      • 4400B
      • 4404A
      • 4600A
  • Électronique industrielle
    • Système multivoies
      • PMX
      • MP85
      • DigiBox industriel
      • BMX60
    • Système monovoie
      • ClipX :
      • PME
      • CMA
      • AD105D
      • ad112d
      • DA110
    • Indicateurs de pesage
      • WTX120
      • WTX110
      • WE2107
    • Électronique de pesage
      • AD105D
      • AED
      • PAD
      • DSE
      • AD112D
      • Pesage DigiBox
    • Accessoires
      • Barrière de sécurité
      • Boîtiers de raccordement
      • Autre
      • TEDS
  • Analyseur de puissance
    • Package eDrive
    • Pack eDrive - Sonde à distance basée
    • Pack eGrid
    • GenHS
      • Châssis
      • Plaques d’entrée
      • Sondes à distance :
    • Accessoires
      • Câbles
      • Connecteurs :
      • Accessoires de châssis
      • Cartes accessoires
      • Autres accessoires
  • Appareils portatifs S&V
    • > SONOMÈTRES
      • Sonomètre HBK 2245
        • Type 2245 avec Noise Partner
        • Type 2245 avec Enviro Noise Partner
        • Type 2245 avec Work Noise Partner
        • Type 2245 avec Product Noise Partner
        • Type 2245 avec partenaire de bruit d'échappement
      • Sonomètre Type 2255
        • Noise Partner 2255
        • Building Acoustic Partner 2255
        • Licence Enviro Noise Partner
        • Work Noise Partner 2255
        • Product Noise Partner 2255
    • > VIBROMÈTRES
      • Type 3656-A
    • Logiciels portables
      • Licences 2245/2255
        • Enregistrement audio avec qualité d’analyse.
        • Interface ouverte - BZ-7400
        • Analyse de fréquence- BZ-7403
        • MP3 audio - BZ-7404
        • Enregistrement avancé - BZ-7450
        • Enregistrement - BZ-7402
      • Sonomètre Type 2250/2270
        • Analyse en fréquences d’octave (2250 Light) - BZ‑7131
        • pplication de mesure du temps de réverbération - BZ‑722
        • Logiciels préemballés (2270) - BZ-7222
        • Application d'évaluation de ton - BZ-7231
        • Application d’analyse en fréquences d’octave - BZ‑7223
        • Application d’enregistrement de signal - BZ‑7226
        • Logiciel préinstallé pour 2250-L - BZ-7130
        • Enregistrement du bruit - BZ-7133
        • Option vibration avancée et basse fréquence
        • Analyseur FFT - BZ-7230
        • Mesures 7229-voie avec le BZ-7223
        • Application de journalisation améliorée - BZ-7225
        • Application d'isolation acoustique et de calcul - BZ-7228
        • Application d'intensité sonore - BZ-7233
      • Logiciels de bureau
        • Suite de partenaires de mesure
        • Logiciel d’acoustique des salles DIRAC:
    • Accessoires
      • Stations météorologiques
      • Protection extérieure
      • Trépieds
      • Pare-brise
      • Câbles
      • Autre
  • Systèmes DAQ sans fil
    • Passerelles sans fil
      • WSDA-2000
      • WSDA-200 USB
      • WSDA-101
    • Nœuds sans fil
      • G-Link 200
      • G-Link-200-OEM
      • SG-Link-200
      • SG-Link-200-OEM
      • V-Link-200
      • RTD-Link-200
      • TC-Link-200
      • TC-Link-200-OEM
    • Accessoires pour systèmes d'acquisition de données sans fil
    • Système de vibration sans fil Molecu
      • Accéléromètres Molecu
      • Molecu Open-API
      • Passerelle Molecu / Gateway Molecu
      • Accessoires Molecu
• Logiciel
  • DAQ
    • BK Connect Pulse
      • Fonctionnalités principales
        • Acquisition de données
          • Enregistreur Données temporelles
        • Traitement des données
          • Visionneuse de données
          • Contribution des sources et chemins de transmission
          • Logiciel de traitement de données
          • Analyse de vibrations humaines
          • Bande passante en pourcentage constante (CPB)
          • FFT, CPB et Analyse Globale
          • Logiciel d’analyse d’ordre
          • Métriques de qualité sonore
          • Applet Hammer Impact
          • Applet d'analyse d’ordres
          • Analyse et rapports FFT
          • Type 8405-F – Suivi des ordres
          • Niveau sonore / Analyse globale 8490-
          • Type 8405-b
        • Config. Hardware
          • Configuration matérielle BK Connect - 8401
        • Domaine angulaire, Analyse
          • Analyse dans le domaine des angles - 8440
          • Analyse dans le domaine des angles - 8440
        • Gestion des données
      • Acoustique
        • Puissance acoustique
          • PUISSANCE SONORE
          • Puissance acoustique par mesure d’intensité acoustique- 7882
          • Bruit de machines de terrassement - 7883
          • Bruit de produit pour salles de réverbération - 7884
        • Essais de bruits de passage réalisés à l'intérieur
          • Visualiseur Pass-by- 8441
          • Contribution du chemin d'accès source
          • Passage intérieur 8441-C
          • Mesures de source de vitesse volumique – 8442
        • Essai acoustique de matériaux
          • Essais acoustique des matériaux
        • Electroacoustic
          • Test de dispositifs automatisés
          • Test de distorsion
          • Tests d'appareils audio numériques
          • Electroacoustic Simple
          • Automatisation des tests électroacoustiques
          • Paramètres Thiele/Small
          • Test de téléphone Vquest
          • Test de réponse directionnelle
        • Essais de bruits de passage réalisés sur le terrain
          • Essais acoustiques du bruit extérieur au passage
        • Identification des sources de bruit
          • Beamforming sphérique
          • Rail mobile à formation de faisceaux acoustiques
          • Formation de faisceaux de sources mobiles pour véhicules routiers
          • Évaluation du bruit impulsif
          • Formation de faisceaux à source mobile sur les éoliennes
          • Formation de faisceaux à source mobile Flyover - BZ-5940
          • Holographie acoustique - 8607
          • Formation de faisceau acoustique
          • Caméra acoustique
          • Analyse des tableaux :
          • Options avancées pour l'holographie et la formation de faisceaux
          • Caméra acoustique - 9712
          • Caméra acoustique
      • Structurel
        • Analyse modale
          • Analyse modale
          • Analyse Modale Avancée - 8420-A
        • Mesures structurelles
          • Surveillance de l’intégrité structurelle
          • Mesures sinusoïdales avancées - 8412
          • Mesures structurelles - 8411
        • Analyse de corrélation
          • Analyse de corrélation
        • Analyse de réponse aux chocs
          • Spectre de réponse aux chocs - 8429
        • L’analyse des déformées opérationnelles
          • ODS (analyse des déformées opérationnelles) 8410-C, 8410-D
        • L’analyse modale opérationnelle
          • L’analyse modale opérationnelle - 8760, 8761, 8762
        • Geometry and Finite Element Interfaces
          • Analyse géométrique - 8410
    • Tescia®
    • AVANTAGE - OBSOLÈTE
    • Logiciel d'acquisition de données catman
    • Des milliers de canaux en un coup d'œil
    • Perception – Logiciels Acquisition des données haute vitesse
      • Matériel et interface logicielle avec Genesis HighSpeed
    • Pilotes pour la compatibilité avec des logiciels tiers
  • API des pilotes
    • API
  • nCode - Logiciels d'analyse de durabilité et de traitement des données d'essai
    • Advantage Insights pour l’analyse des données capteurs
    • nCode DesignLife
      • Principales fonctionnalités : Prédiction de la durée de vie en fatigue et corrélation test-CAE
    • nCodeDS
    • nCode GlyphWorks
      • Principales fonctionnalités : Traitement des données de test et analyse de la durabilité
    • nCode VibeSys
      • Principales fonctionnalités : Analyse des vibrations
    • Vibrations nCode
    • nCode Viewer
      • nCode Viewer Merci
    • Base de données matériaux haut de gamme nCode
    • nCode Automation
    • Système de Durabilité Complet nCode (CDS) - Licence basée sur des jetons
  • Accès Prenscia
  • ReliaSoft - Logiciels d'analyse et de gestion de la fiabilité
    • ReliaSoft BlockSim
      • Fonctionnalités Principales: ReliaSoft BlockSim
    • BlockSim - Module de flux de processus
      • Optimisation de la maintenance et modélisation de simulation avec le flux de processus
    • ReliaSoft BlockSim Analyse des événements
      • Fonctionnalités Principales: Module d'analyse d'événements
    • ReliaSoft Cloud
    • ReliaSoft Lambda Predict
      • Fonctionnalités Principales: Lambda Predict
      • PartLibraries.org
    • ReliaSoft MPC
      • Fonctionnalités Principales: ReliaSoft MPC
    • Suites de produits ReliaSoft
    • ReliaSoft RCM++
      • Fonctionnalités Principales: Maintenance centrée sur la fiabilité
    • Licences par jetons
    • ReliaSoft XFMEA
      • Fonctionnalités Principales: ReliaSoft XFMEA
    • ReliaSoft XFRACAS
      • Fonctionnalités Principales: ReliaSoft XFRACAS
    • ReliaSoft Weibull++
      • Fonctionnalités Principales: Norme de l'industrie pour l'analyse de la durée de vie
    • Module d'Accelerated Life Testing
      • Fonctionnalités Principales: Accelerated Life Testing
    • Fiabilité Module de croissance Weibull++
      • Fonctionnalités Principales: Module Reliability Growth
    • Enregistrer et Activer Logiciels de ReliaSoft (2021)
    • Enregistrer et Activer Logiciels de ReliaSoft - Prior (2021)
    • Conception pour la fiabilité (DfR) - Page thématique
    • ReliaSoft-Hosted Licensing (2022)
  • Logiciel de gestion des données d’essais
    • Aqira
      • Gestion des données de test Aqira
      • Plateforme Web pour l'analyse et la simulation
  • Utilité
    • Logiciel de pesage PanelX
  • Contrôleurs de vibrations
  • Logiciel de capteur inertiel
    • InertialConnect
    • SensorConnect
    • MSCL
    • ROS
  • Surveillance des actifs
    • HBK Monitor360: Smart Asset Monitoring, alimenté par l'IA
  • Logiciels de mesure
    • Advantage Connect
      • Embedded
      • Full-Scale Structural
      • Versatile
    • Tescia
    • BK Connect / PULSE
    • Perception
    • catman Enterprise
    • catmanEasy/AP
    • Test for I-deas
  • Logiciels d'analyse et de simulation
    • nCode (traitement du signal et analyse de durabilité)
      • Traitement du signal
        • Modules GlyphWorks
          • Édition de fatigue
          • Nettoyage des données
          • Essais optimisés
          • ASAM ODS
          • ASAM MDF4
          • Extensions d'affichage
        • Packs GlyphWorks
          • Standard
          • Fatigue
          • Fatigue Pro
      • Analyse de vibrations
        • Modules VibeSys
        • Packs VibeSys
          • Standard
          • Modal
      • Simulation IAO
        • Modules DesignLife
          • Points soudés
          • Déformation-durée de vie
          • Cordon de soudure
          • Dang Van
          • Fatigue vibratoire
          • Vibrations sous différentes charges
          • Assemblages Collés
          • Composites à fibres courtes
          • Composites
          • Fatigue thermomécanique
          • Facteur de sécurité
          • WholeLife
          • Génération de charges virtuelles
          • Traitement de thread
          • Option 6 threads
          • Traitement distribué
        • Packs DesignLife
          • Starter
          • Standard
          • Powertrain (train de commande)
          • Virtual Shaker (vibrateur virtuel)
          • Vibrations
          • Auto Body/Chassis (carrosserie / châssis)
      • Gestion des données
      • Base de données matériaux
  • Logiciel de pilotage des vibrations
    • Logiciel de pilotage des vibrations
    • Random
    • Choc classique
    • Sinusoïdale-aléatoire
    • Reproduction de la forme d'onde dans le temps (TWR)
    • Aléatoire-aléatoire
    • Synthèse du spectre de réponses aux chocs
  • Logiciels utilitaires
  • Pilotes et interfaces API
• Capteurs
  • Capteurs acoustiques
    • Ensembles microphone
      • Ensembles de Microphones à champ libre
        • Microphone à champ de pression 4188 1/2 pouce avec préamplificateur
          • option
        • Famille 4189
        • Famille 4190
        • Famille 4191
        • Famille 4939
        • Famille 4954
        • Famille 4966
        • Famille 4955
        • Famille 4955
      • Microphones de champ de pression
        • Famille 4138
        • Famille 4192
        • Famille 4193
        • Famille 4938
        • Famille 4941
        • Famille 4944
        • Famille 4971
        • Famille 4988
        • Type 3654
      • Ensembles de Microphones en diffus
        • Famille 4942
        • Famille 4943
    • Cartouches de microphone
      • Capsules microphoniques à champ libre
        • TYPE 4176
        • Type 4188
        • Type 4189
        • TYPE 4940
        • Type 4950
        • TYPE 4954
        • Type 4964 Cartouche de microphone en champ libre
        • TYPE 4966
        • Type 4190 Cartouche de microphone en champ libre
        • Type 4939
        • Type 4191
        • Type 4145
      • Capsules microphoniques à champ libre
        • Type 4138
        • TYPE 4144
        • TYPE 4192
        • TYPE 4193
        • TYPE 4938
        • Type 4944
        • Type 4947
        • Type 4955
        • Type 4953
        • TYPE 4971
        • TYPE 4941
      • Capsules microphoniques à champ libre
        • Type 4942
        • Type 4943
    • Microphones de référence
      • Type 4160
      • Type 4180
    • Microphones spéciaux
      • Test audio binaural
        • Famille 4965
        • Famille 4965
      • Microphoneextérieur
        • TYPE 4184
        • TYPE 4198
        • Type 4952
      • Sonde microphonique
        • Type 4182
      • Sondes d’intensité acoustique
        • TYPE 3599
        • Type 3654
      • Microphone de surface
        • TYPE 4948
        • TYPE 4949
      • Antennes acoustiques
        • Tapez 4957
        • Type 4959
      • Autres microphones spéciaux
        • Type 4197
        • Type 4178
      • Tests en ligne de production
        • TYPE 4958
      • Sonde microphonique
        • TYPE 4182
    • Kits de caractérisation acoustique des matériaux
      • Type 9740
      • Type 9737
      • Type 4206
    • Calibrateurs acoustiques
      • Calibrateurs acoustiques
        • Type 4228
        • Type 4297
        • Type 4226
        • Type 5008
        • Type 4231
        • Type 3541-A
      • Calibrateurs d’hydrophones
        • Type 4229
    • Hydrophones
      • Hydrophones
      • Famille 8104
      • Famille 8105
      • Famille 8106
    • Préamplificateurs de microphone
      • Type Standard
        • TYPE 2670
        • Famille 2669
        • Type 2673
      • CCLD
        • Type 1706
        • Type 1711
        • Tapez 2671
        • Type 2695
        • Type 2699
    • Sources sonores
      • Source de bruit
        • Type 4292-L
        • Type 4720
        • Type 4250
        • Type 4204
      • Machines à chocs
        • Type 3207
      • Amplificateurs de puissance
        • Type 2735
        • Type 2755
    • Accessoires pour transducteurs acoustiques
      • Câbles pour microphones
      • Trépieds
      • Bras de microphone
      • Adaptateurs de microphones
      • Actionneurs électroacoustiques
      • Bonnettes anti-vent pour microphone
      • Ogives de microphone
      • Supports de microphones
      • Autres accessoires acoustiques
      • Protections extérieures pour microphones
  • Capteurs de courant et tension
    • Capteurs de courant
    • Sondes haute tension
    • Accessoires
  • Capteurs de déplacement
    • Capteurs de déplacement à fibre optique
      • FS62DSP
    • Capteurs de déplacement inductifs
      • WA-L
      • WA-T
      • WI
      • W1ELA/0
    • Technologie des jauges de contrainte
      • DD1
    • Accessoires pour capteurs de déplacement
  • Vibrateurs
    • Excitateurs pour mesures vibratoires
      • Vibrateur Type 4808
      • Vibrateur Type 4809
      • Vibrateur Type 4810
      • Vibrateur Type 5961
    • Pots vibrants - Excitateurs modaux
      • Excitateur modal Type 4824
      • Excitateur modal Type 4825
      • Excitateur modal Type 4826
      • Excitateur modal Type 4828
      • Excitateur modal Type 4827
    • Accessoires
      • Unité de centrage statique DC
      • Supports d’excitateur
      • Alimentations pour le terrain — Alimentations secteur
      • Tourillons
    • Amplificateur de puissance
      • Type 2718
      • Type 2719
      • Type 2720
      • Type 2721
      • Type 2732
    • Accessoires pour excitateurs
      • Unité de centrage statique DC
      • Alimentations pour le terrain — Alimentations secteur
      • Tourillons
      • Supports d’excitateur
      • Câbles
      • Tige de transmission (stinger)
  • Capteurs de force
    • C10
    • C11
    • C15
    • C18
    • C2
    • C5
    • C6B
    • C9C
    • PACEline CFT
    • PACEline CFW
    • PACEline CHW
    • PACEline CLP
    • Capteur de force CMC
    • PACEline CSW
    • KDB
    • KMRplus
    • S2M
    • S9M
    • TOP-Transfert
    • U10F
    • U10M
    • U15
    • U2B
    • U3
    • U93A
    • U9C
    • Z30A
    • Z4A
    • PACEline CFTplus
    • Accessoires pour capteurs de force
      • Embouts à rotule
      • Introduction aux efforts en traction
      • Pièces de poussée et pastilles de charge
      • Câbles et connectiques
      • Kits de vis
      • Base de charge / Adaptateur traction‑compression
    • Capteurs de force à fibre optique
  • Capteurs inertiels
    • Centrales inertielles (IMU)
      • 3DM-CV5-IMU
      • 3DM-CX5-IMU
      • 3DM-GX5-IMU
    • Unités de référence verticales (VRU)
      • 3DM-CV5-AR
      • 3DM-CX5-AR
      • 3DM-GX5-AR
      • MV5-AR
      • ML5-AR
      • 3DM-CV7-AR
      • 3DM-GV7-AR
      • MV7-AR
      • 3DM-CX7-AR
    • Centrale d'attitude et de cap (AHRS)
      • 3DM-CV5-AHRS
      • 3DM-CX5-AHRS
      • 3DM-GX5-AHRS
      • 3DM-CV7-AHRS
      • 3DM-GV7-AHRS
      • 3DM-CX7-AHRS
    • Systèmes de navigation inertielle (INS)
      • 3DM-CX5-GNSS/INS
      • 3DM-GX5-GNSS/INS
      • 3DM-CV7-INS
      • 3DM-GV7-INS
      • 3DM-CV7-GNSS/INS
      • 3DM-GQ7-GNSS/INS
      • Modem 3DM-RTK
      • 3DM-CX7-INS
      • Nova GNSS/INS Development Platform
    • Accessoires pour capteurs inertiels
  • Capteurs de pesage
    • Capteur de pesage à flexion
      • Capteur de flexion Z6
      • Capteur de flexion Z6R
      • Capteur de pesage HLC
        • Page d'options HLC
        • 1-HLCA1C3/2.2T
      • Capteur de pesage à cisaillement Z7A
      • Capteur de pesage à flexion HLCi
    • Capteurs de pesage oscillants
      • C16A
      • C16i
    • Pesons Traction
      • RTN
      • C2/C2A
    • Point d'appui central
      • PW27B
      • PW37P
      • PW10A
      • PWSE
      • PW29
      • SP8
      • SP4M
      • PW4M
      • PW4M
      • PW4M-OP
      • PW25
      • PW15B
      • PW12C
      • PW16A
      • PW28
      • PW22
      • PW2C
      • PW6C
      • PW2D
      • PW6D
      • PW15AH/PH
      • SPLE/SPLA
      • PW22i
    • Traction
      • RSC
      • Z16A
      • U2A
    • Modules de pesage
      • HLCM
      • Z6M/Z6AM
      • RTN/M
      • C16/M
      • HLCiM
    • Capteurs de pesage numériques
      • Chaîne de mesure (LCMC)
      • FIT5A
      • Capteur de pesage FIT5X
      • FIT7A
      • SPMi
      • C16i
      • PW22i
    • Accessoires
      • Câbles de mesure
      • Câbles de mise à la terre
      • Pièces de poussée
      • Roulements
      • Pieds de charge
      • Plaques de base
      • Embouts à rotule
      • Adaptateurs
      • Accessoires de montage
  • Capteurs multi-composantes
    • MCS10
    • Accessoires
  • Capteurs de pression
    • Industriel
      • 2200C
      • 2005V
      • 2310A
      • 2301B
      • 2300C
      • 2301C
      • 2200V
      • 2006V
      • 2180C
      • 2300V
      • 2008A
    • Polyvalents
      • P3MB
      • P3MB BlueLine
      • P8AP
      • P60
      • P3 Top Class
      • P3 Top Class BlueLine
      • P3IC
      • P2VA
    • Accessoires pour Capteurs de pression
  • Capteurs intelligents IO-Link
    • Capteurs de force intelligents
      • C9C
      • U10M
      • U93A
      • U10F
      • C10
      • C2
      • U9C
      • c9c0
      • U2B
    • Capteurs de pesage intelligents
      • Z6
      • SP8
      • SP4M
      • SP4Mi
      • PW10A
      • PW12C
      • PW16A
      • PW22
      • PW2C
      • PW6C
      • PW2D
      • PW6D
      • HLCi
      • PW22i
      • PW15AH / PW15PH
      • PW4M-OP
      • PW15B
    • Capteurs de couple intelligents
      • T210
  • Jauge de contrainte
    • Essais expérimentaux
      • Série Y
        • LY (linéaire) jauges de contrainte
        • Jauges de contrainte XY (Rosettes en T)
        • Jauges de contrainte XY1/2/4 (torsion/cisaillement)
        • Jauges de contrainte DY (double linéaire)
        • Jauges de contrainte RY (Rosette)
        • Précâblées
        • Jauges de contrainte VY (pont complet)
        • Jauges de contrainte KY (à chaîne)
      • Série M
        • LM (linéaire)
        • TM (Rosettes T)
        • XM (torsion/cisaillement)
        • Rosette en T (0–90)
      • Série C
        • LC (linéaire)
        • XC (Rosette T)
        • RC (Rosette T)
      • Applications spéciales
        • Température (TT-3/100)
        • Contrainte résiduelle
        • Jauges soudables (LS31)
        • Propagation des fissures (RDS)
        • Encapsulage spécial (LE11)
        • Grands allongements (LD20)
        • Jauges cylindriques (LB11/TB21)
        • Jauges de contraintes haute tension (RH8)
      • Série F
        • LF (linéaire)
        • Rosettes miniatures (RF9)
        • RF (Rosette 0/45/90)
        • TF (Rosette 0/90)
    • Jauges de contrainte à fibre optique
      • Jauge de contrainte FS62PSS
      • Jauges de contrainte optiques FS62PSR
      • Jauge de contrainte optique FS62CSS
      • Jauges de contrainte optiques FS62WSR
      • Jauges de contrainte optiques FS62RSS
      • Jauges de contrainte optiques FS62WSS
      • Réseaux FBG (FS70)
      • Réseaux de capteurs (FS76)
    • Fabrication de capteurs (OEM)
      • Série A
        • LA (linéaire)
        • DA (linéaire double)
        • XA (torsion/cisaillement)
        • TA (Rosettes T)
        • MA (rosette à membrane)
        • Pont complet (VA)
      • Série U
        • LU (linéaire)
        • DU (Double linéaire)
        • XU (torsion/cisaillement)
        • TU (Rosettes T)
        • MU (rosette à membrane)
        • VU (pont complet)
      • Échantillons de jauges de déformation OEM
    • Capteurs de contrainte
      • CST
      • SLB700A
      • SLB700A/06VA
      • SLH700
      • Accessoires pour capteurs de déformation
    • Accessoires
      • Colles
      • Recouvrements de protection
      • Matériel de nettoyage
      • Kits pour jauges
      • Plots de soudage
      • Autre
      • Câbles
      • Ajustement du point zéro
      • Ajustement du TCS
      • Équilibrage TCO
  • Capteurs de température à fibre optique
    • FS63LTS
    • FS63CTS
    • FS63DTP
    • FS63WTS
    • FS63RTS
    • Réseaux de capteurs (FS73)
    • fs63
    • Accessoires
  • Capteurs d'inclinaison à fibre optique
    • FS64TLS
    • Accessoires pour capteurs de basculement
    • fs64
  • Capteurs de couplemètres
    • Capteurs de couple non rotatifs
      • TN
      • TB2
      • TB1A
      • TTS
    • Couplemètres rotatifs
      • Couplemètres à type bride
      • T10F
      • T110/T100
      • T40FH
      • T40FM
      • T40HS
      • T40B
      • T40MAR
      • T12HP
      • T12HT
      • T40MS
      • T22
      • T210
      • T40Lite
    • Accessoires
  • Transducteurs de vibration
    • Accéléromètres
    • Accéléromètres CCLD (IEPE)
      • Accéléromètres uniaxiaux CCLD (IEPE)
        • Accéléromètre Type 4397
        • Accéléromètre Type 4397-A
        • Accéléromètre Type 4507-B
        • Accéléromètre Type 4508-B
        • Accéléromètre Type 4511
        • Accéléromètre Type 4516
        • Accéléromètre Type 4517
        • Accéléromètre Type 4518
        • Accéléromètre Type 4519
        • Accéléromètre Type 4523
        • Accéléromètre Type 4526
        • Accéléromètre Type 4534-B
        • Accéléromètre Type 4533-B
        • Accéléromètre Type 5958-A
        • Accéléromètre Type 8324-G
        • Accéléromètre Type 8339
        • Accéléromètre Type 8340
        • Accéléromètre Type 8341
        • Accéléromètre Type 8344
        • Famille 6804
        • Famille 6802
        • 3168F
        • 3371B1
        • 3077A
        • 3055F
        • 3056B
        • 3211A
        • 3305A
        • 3035B
        • 3038A
        • 3166B
        • 3355AXT
        • 3205M
        • 3056D
        • 5310M
        • 3168D
        • 3079A
        • 3097A
        • 3220M
        • 3056F
        • 3334A
        • 3010M
        • 3086A
        • 3224A
        • 3115A
        • 3365A
        • 3145A
        • 3190A
        • 3220E
        • 3202A
        • 3225F
        • 3123A
        • 3030B
        • 3217A
        • 3055D
        • 3205B
        • 3211B
        • 3100D
        • 3099A
        • 3008B
        • 3184F
        • 3362A
        • 3078A
        • 3032M
        • 3527A
        • 3274A
        • 3215B
        • 3176B
        • 3420A
        • 3234A
        • 3525A
        • 3372B1
        • 3027B
        • 3059A
        • 3214A
        • 3049E
        • 3225M
        • 3006A
        • 3062
        • 3200B
      • Accéléromètres triaxiaux CCLD (IEPE)
        • Accéléromètre Type 4506-B
        • Accéléromètre Type 4515-B
        • Accéléromètre Type 4520
        • Accéléromètre Type 4524-B
        • Accéléromètre Type 4527
        • Accéléromètre Type 4528-B
        • Accéléromètre Type 4529-B
        • Accéléromètre Type 4535-B
        • Accéléromètre Type 8345
        • Famille 6801
        • Famille 6803
        • 3293A
        • 3343A
        • 3003B
        • 3153A
        • 3623A
        • 3543A
        • 5313A
        • 3093D
        • 3713A
        • 3273A
        • 3823A
        • 3143M
        • 3053B
        • 3333A
        • 3313A
        • 3023A
        • 3133A
        • 3093M
        • 3023M
        • 3093B
        • 3263A
        • 3493AT
        • 3903A
        • 3413A
        • 3133B
        • 3023B
        • 3233A
        • 3433A
        • 5313M
        • 3603A
        • 3133D
        • 3143D
        • 3533A
      • Biaxial
        • 3232A
        • 3054B
    • Accéléromètres de charge
      • Uniaxial
        • Accéléromètre Type 4370
        • Accéléromètre Type 4371
        • Accéléromètre Type 4375
        • Accéléromètre Type 4374
        • Accéléromètre Type 4381
        • Accéléromètre Type 4382
        • Accéléromètre Type 4384
        • Accéléromètre Type 4391
        • Accéléromètre Type 4383
        • Accéléromètre Type 4393
        • Accéléromètre Type 4500-A
        • Accéléromètre Type 4501-A
        • Accéléromètre Type 4505-A
        • Accéléromètre Type 4517-C
        • Accéléromètre Type 4521-C
        • Accéléromètre Type 8309
        • Accéléromètre Type 8324-100
        • Accéléromètre Type 8346-C
        • Accéléromètre Type 8347-C
        • TYPE 8315
        • 3055C
        • 3056C
        • 3092C
        • 3225E
        • 3049D
        • 5335
        • 3310C
        • 3316M
        • 3335C
        • 3220C
        • 3344C
        • 3235C
        • 3255C
        • 3030C1
        • 3316C
        • 3224C
        • TYPE 4370
        • TYPE 4371
        • TYPE 4374
        • Type 4531-C
      • Triaxial
        • Accéléromètre triaxial Type 4321
        • Accéléromètre triaxial Type 4326
        • Accéléromètre triaxial Type 4527-C
        • 3443C
        • 3683C
    • MEMS à capacité variable (VC)
      • Uniaxial
        • Famille 6951
        • Famille 6952
        • 7604A
        • 7600B
        • 7508A
        • 7509A
        • 7531A
        • 7500A
        • 7700A
        • 7705A
        • 7506A
        • 7577A
      • Triaxial
        • Famille 6953
        • 7533A
        • 7583A
        • 7613A
        • 7503D
        • 7603D
      • 6 degrés de liberté
        • 7576A
    • Accéléromètres à Fibre optique
      • FS65ACC
      • FS65HSA
      • FS65HDA
      • FS75HSA
    • Transducteurs de force
      • Transducteurs de force Type 8001
      • Transducteurs de force Type 8230
      • Transducteur de Force Type 8230-C-003
      • 1210C
      • 1217C
      • 1022V
      • 1050V
      • 1210V
      • 1203V
      • 1061V
      • 1051V
      • 1053V
      • 1060V
    • Accéléromètres de référence
      • Accéléromètre de référence Type 8305
      • Accéléromètre de référence 8305-001
      • 3120B
    • Marteaux d'impulsion / têtes d'impédance
      • Têtes d'impédance
      • Marteaux à impulsion
      • Accessoires
    • Sondes de tachymètre
      • Sonde de tachymètre Type 2981
      • Sonde de tachymètre Type 2981-A
      • Sonde de tachymètre Type MM-0024
      • MM-0004
    • Calibrateurs de vibrations
      • Calibrateur de Vibrations Type 4292
    • Câbles
      • Accessoires adaptés
      • Câbles d’accéléromètre
        • AO-0536
        • AO-0616
        • AO-0267
        • AO-1491
        • AO-1419
        • AO-0535
        • AO-0054
        • AO-0623
        • AO-0339
        • AO-0739
        • AO-0603
        • AO-0069
        • AO-0526
        • AO-0198
        • 60019A
        • 60025A
        • 60030A
        • 60034A
        • 60039A
        • 6003B
        • 60046A
        • 60051A
        • 60060A
        • 60064A
        • 6011A
        • 60123A
        • 60136A
        • 6014A
        • 60153A
        • 60163A
        • 6017A
        • 6019B
        • 6024A
        • 6026A
        • 6029A
        • 6033A
        • 60016A
        • 60033A
        • 60042A
        • 60050A
        • 60061A
        • 6010A
        • 6013A
        • 60151A
        • 60176A
        • 6020A
        • 6032A
        • 60035A
        • 60058A
        • 60084A
        • 60157A
        • 6019A
        • 6036A
        • 6003A
        • 6011B
        • 6025A
        • 6002A
        • 6012A
        • 6040A
        • 6049A
        • 6055A
        • 6056A
        • 6066A
        • 6080A
        • 6091A
        • 6093A
        • 6097A
        • 6105A
        • 6337A
        • 6381A
        • 6393A
        • 6407A
        • 6428B
        • 6429A
        • 6445A
        • 6462A
        • 6776A
        • 6784A
        • 6801A
        • 6812A
        • 6828A
        • 6838A
        • 6854A
        • 6873A
        • 6893A
        • 6925A
        • 6946A
        • 6964A
        • 6975A
        • 6991A
        • 6997A
        • 6038A
        • 6053A
        • 6069A
        • 6094A
        • 6099A
        • 6380A
        • 6400A
        • 6428A
        • 6459A
        • 6777A
        • 6824A
        • 6842A
        • 6869A
        • 6930A
        • 6956A
        • 6999A
        • 6057A
        • 6089A
        • 6333A
        • 6417A
        • 6483A
        • 6830A
        • 6895A
        • 6979A
        • 6048A
        • 6340A
        • 6811A
        • 6967A
        • 6092A
        • 6877A
        • 6430A
        • AO-0122
        • AO-0699
        • AO-0534
        • AO-0745
        • AO-0087
        • AO-0612
        • AO-0703
        • AO-0624
        • AO-0463
        • AO-0193
        • AO-1381
        • AO-0482
        • AO-0231
        • AO-0692
        • AO-0283
        • AO-0268
        • AO-0642
        • AO-0687
        • AO-0605
        • AO-0688
        • AO-0158
        • AO-0722
        • AO-0746
        • AO-0718
        • AO-0638
        • AO-0641
        • AO-0704
        • AO-0608
        • AO-0691
        • AO-0690
        • AO-0250
        • AO-0527
        • AO-0406
        • AO-1382
        • AO-0698
        • AO-0038
        • AO-0528
        • AO-0531
        • AO-0757
        • AO-0695
        • AO-0740
        • AO-0842
        • AO-0870
        • WL-3579
        • AO-0758
        • WL-3203
        • AO-0127
        • WL-0596
        • WL-1374
        • WL-0958
        • AO-0723
        • AO-0871
        • AO-0851
        • WL-0748
        • AO-0419
        • AO-1433
        • AO-0693
        • AO-0694
        • AO-0801
        • AO-0850
        • AO-0755
        • WL-1248
        • AO-0872
        • WL-3350
        • AO-0747
        • AO-0759
        • AO-0422
        • AO-0741
        • WL-3224
        • AO-0861
        • WL-1272
        • AO-0753
        • AO-0721
        • AO-0645
        • WL-3444
        • AO-0390
        • AO-0785
        • AO-0696
        • AO-0414
        • AO-0730
        • AO-0841
        • AO-0767
        • AO-0744
    • Accessoires
      • Aimants
      • Bases pour clips de fixation
      • Goujons, vis et rondelles
      • Outils pour colles
      • Adaptateurs pour transducteurs de Vibrations
      • Filtres mécaniques
      • Accessoires de montage
    • Capteurs intelligents
      • Capteurs
        • 3763A1-XX
        • 3410A
        • 3883A
        • 3409A
        • 4766A
        • 4770A
      • Adaptateurs
        • 4785A
        • 4765A
        • 4760A
      • Câbles
        • 60196A
        • 60115A
        • 60147A
        • 60193A
        • 60195A
        • 60124A
        • 60194A
      • Accessoires
        • 4717A
        • 69158
        • 60038A
        • 69105
    • Accessoires pour transducteurs de vibration
      • Autres accessoires
      • Aimants
      • Bases pour clips de fixation
      • Boulons, vis et rondelles
      • Outils pour colles
      • Adaptateurs
      • Filtres mécaniques
    • Accéléromètres sans fil
      • Accéléromètres Molecu
      • Accessoires Molecu
  • Capteurs OEM personnalisés
    • Force - Capteurs OEM personnalisés
    • Couple - Capteurs OEM personnalisés
    • Charge - Capteurs OEM personnalisés
    • Multi-Axe - Capteurs personnalisés OEM
    • Pression - capteurs personnalisés OEM
• Systèmes intégrés
  • Electroacoustique
    • Simulateurs de tête et de torse (HATS)
      • Simulateur de tête et de torse - 4128-C
      • HATS de table haute fréquence - 5128-B
      • Simulateur de tête et de torse avec combiné - 4128-D
      • Qualité sonore avec simulateur de tête et de torse - 4100
      • Simulateur de tête et de torse haute fréquence - 5128-C
      • HATS haute fréquence avec positionneur de combiné - 5128-D
    • Oreilles artificielles
      • Simulateur d'oreille à large bande - 4195
      • Simulateur auriculaire pour les essais en ligne de production - 4987
      • Simulateur d'oreille
      • Accoupleur à clic 2CC - 4946
      • Oreille artificielle - 4153
      • Simulateur d'oreille pour la téléphonométrie - 4185
      • Oreille artificielle avec coupleur 6CC - 4152
    • Matériel électroacoustique
      • Test de production DAQ - 3670
      • Tête de test - 4602-B
      • Boîte de test anéchoïque - 4232
      • Système de platine de haute précision
    • Conduction osseuse
      • Conduite osseuse - mastoïde artificielle - 4930
    • Logiciel électroacoustique
      • Logiciel de moteur électroacoustique - BZ-7852
      • PULSE de base électroacoustique - 7797
      • Electroacoustique
      • Test de logiciels de distorsion
      • Logiciel de test de réponse directionnelle - BZ-5551
      • Calculateur de paramètres Thiele - BZ-5604
      • Automatisation des tests électroacoustiques et gestion des données
      • Procédures de test automatisées pour les dispositifs électroacoustiques
      • Logiciel d'interface audio numérique - BZ-5829
    • Pavillons
      • Pinnes symétriques pour HATS - DZ-9769 - DZ-9772
      • Pavillons auriculaires à conduit auditif conique - DZ-9773 - DZ-9774
      • Pavillons - rigide
    • Accessoires
      • Bouche artificielle et source sonore
        • Source de discours en écho - 4720
        • Simulateurs de bouche - 4227 et 4227-A
      • HATS
  • Équipement d'essais de vibrations
    • Systèmes de vibrateurs LDS
      • Haute-force
        • v8900
        • V994 Shaker
        • V964
        • V984
        • V9
        • V9940
      • Moyenne force
        • V8
        • V875LS
        • V850
        • V875
        • V830
        • V8750
        • V8800
      • Faible force
        • V721
        • V780
        • V650
        • V555
      • Aimant permanent
        • V455
        • v101
        • v201
        • v450
        • v406
      • Tables de glissement
        • Tables de glissement
        • Outillages
        • Tables de glissement HBT
    • Amplificateurs de puissance
      • Amplificateurs de puissance LDS
        • Amplificateurs de puissance LDS XPA-K
        • AmAmplificateurs de puissance LDS LPA
        • Amplificateurs de puissance LDS XPA-K
        • Amplificateur de puissance LDS HPA-K
        • Amplificateur de puissance LDS DPA-K
    • Contrôleurs de vibrations
      • Matériel
        • Système de pilotage de vibrateurs LDS Laser USB
        • Système de pilotage de vibrateurs LDS Comet USB
      • Logiciel
        • Logiciel de pilotage des vibrateurs
        • Aléatoire
        • Choc classique
        • Réplication de signaux temporels
        • Sinus sur aléatoire
        • Aléatoire sur aléatoire (RoR)
        • Synthèse de SRS
  • Systèmes d'essais acoustiques en fin de ligne
    • Excitateurs
    • Moteurs à combustion interne
    • Durabilité
    • eDrive
    • Capteurs pour essais de production
    • Boîtiers de transmission
    • Turbocompresseur
• Etalonnage
  • Services d'étalonnage de capteurs
    • Étalonnage en force
    • Étalonnage du couple
    • Étalonnage des microphones et des préamplificateurs
    • Étalonnage des accéléromètres
    • Étalonnage de pression
    • Étalonnage du capteur de déplacement
  • Services d'étalonnage pour instruments portatifs
    • Étalonnage du sonomètre
    • Étalonnage de calibreurs acoustiques et de pistonphones
    • Étalonnage des vibrations
    • Étalonnage du calibrateur de Vibrations
    • Étalonnage du Dosimètre de bruit
  • Services d'étalonnage pour instruments et DAQ
    • Calibration QuantumX
    • Calibration Genesis HighSpeed
    • Étalonnage Somat
    • Étalonnage de l'électronique industrielle
    • Étalonnage LAN-XI
  • Étalonnage sur site
    • Capteurs et DAQ
  • Ressources
    • Lignes directrices sur les intervalles d'étalonnage
    • Échantillons de certificats
    • Certificat d'étalonnage interactif
    • Téléchargement des certificats d'étalonnage
• Installation et démarrage
• Maintenance
• Réparer
• Laboratoire d'essai de fatigue et caractérisation des matériaux
  • Durée de vie de stress et fatigue de stress
  • Fatigue des articulations
  • Croissance des fissures de fatigue
• Contrats de service HBK Assuré
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Solutions

• Applications
  • Acoustique
    • Electroacoustique
      • Essais des dispositifs mains libres
      • Test des enceintes intelligentes
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      • Beamforming
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      • Beamforming sphérique
      • Bruit des produits et équipements
        • Recherche et Développement Produits
        • Qualité sonore
    • Mesures de bruit et vibration - Solutions portatives
      • Acoustique des salles et du bâtiment
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    • Pression et Puissance Acoustique
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  • Durabilité et Fatigue
    • Essais de durabilité et de fatigue structurelle
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      • Contraintes résiduelles | Mesure des contraintes résiduelles
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    • Contribution des sources par voies de transfert – SPC
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    • Analyse RAM
    • Analyse des Modes de Défaillance et de leurs Effets (AMDE)
  • Capteurs intelligents
    • La technologie IO‑Link HBK accélèrent la digitalisation de vos processus industriels.
  • Surveillance de la l’état structurel (SHM)
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    • Surveillance des infrastructures
      • Solutions de surveillance pour les ponts
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      • Messung der Unrundheit (hors rondeur, OOR)
      • Mesures embarquées
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  • Vibration
    • Essais de vibrations avec vibrateurs électrodynamiques
      • Essais de chocs et de chutes
      • Dépistage des stress environnementaux (ESS)
      • Essais pour le packaging
      • Buzz, Squeak and Rattle (BSR)
      • Qualification mécanique des satellites - Essais sur vibrateur
    • Dynamique des structures
      • L’analyse des déformées opérationnelles
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      • Analyse modale opérationnelle (OMA)
      • Surveillance de l’état structurel (SHM)
      • Intégration essais - analyse par éléments finis
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    • Analyse et diagnostic des machines
      • Analyse d’ordre
      • Diagnostic des machines
      • Systèmes HUMS (Health and Usage Monitoring Systems)
      • Essais de turbines à gaz
      • Surveillance acoustique des roulements ferroviaires
      • Surveillance des machines électriques
    • Analyseur de diagnostic
    • Certification navale et essais en mer
  • Essais virtuels
  • Pesage
    • Pesage dynamique
      • Technologie de pesage numérique dans l’industrie agroalimentaire
    • Pesage industriel
    • Pesage de procédé
      • Pesage de niveau pour silos et cuves
    • Solutions de tri et de dosage par lots
    • Solutions pour la fabrication de balances
    • Solutions de pesage pour véhicules routiers et ferroviaires
    • Contrôle des processus et pesage de niveau
    • Remplissage, dosage et pesage de contrôle
  • Acquisition de données de charges routières (RLDA)
• Industries
  • Aérospatial
    • Aviation civile
    • Qualification des engins spatiaux et satellites
    • Electrification des avions
    • Solutions pour Drones
  • Audio
  • Automobile et transports terrestres
    • Véhicules de tourismes et utilitaires
    • Motos et vélos
    • Hors-route et agriculture
    • Électrification des véhicules
      • Électrification - Aspects statistiques et de fiabilité (NOUVEAU)
      • Électrification - Aspects électriques et de traitement du signal (NOUVEAU)
      • Électrification - Aspects mécaniques et de durabilité (NOUVEAU)
      • Électrification (NOUVEAU) - Conception et test de la durée de vie des composants structurels pour véhicules électriques
      • "Électrification (NOUVEAU) - Électrification : Assurer la durabilité, la fiabilité et les performances des véhicules électriques
      • Électrification (NOUVEAU) - Techniques de post-traitement électrique et de signal pour l'analyse de la puissance AC dans les véhicules électriques
      • Électrification (NOUVEAU) - Application de techniques statistiques et de fiabilité pour la détermination de la durée de vie des batteries des véhicules électriques
  • Défense
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  • Énergie
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      • Contactez-nous - HBK Rail
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  • Page de test
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  • Essai de vibrations - Industries
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  • Digitisation
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Ressources

• Academy
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    • Sound and Vibration courses
• Events
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• Resource Center
  • Application Notes
    • Gearbox Analysis using Cepstrum Analysis and Comb Liftering
    • Order Analysis Using Zoom FFT
    • Waveform Analysis using Digital Frequency Analyzer Type 2031 or 2033 with a Desk-top Calculator
    • Application of a long Memory FFT Analyzer in Speech Analysis
    • Microphone Intermodulation Distortion Measurments using the High Pressure Microphone Calibrator Type 4221
    • Use of the High Resolution Signal Analyzer Type 2033 with a Desk-top Calculator
    • Contrast and Luminance Measurements on work places with CRT display terminal
    • A solid foundation for building acoustic measurements
    • Noise Control Investigation Using Sound Intensity Measurements
    • Reciprocating Machinery Analysis with an FFT Analyser
    • Power Spectral Density Measurements with Constant Percentage Bandwidth Frequency Analyzers
    • Averaging Time of Measurements
    • Frequency Analysis of Stationary Signals recorded on Tape Loops
    • The Measurement of Energy Spectral Density of Short Duration Impulsive Signals using the Digital Event Recorder Type 7502
    • The Fast Fourier Transform and the use of the Computer Type 7504 and the Digital Event Recorder Type
    • Pipe Vibrations and the Pressure Detection
    • Vibration Signature Analysis - Techniques and Instrument Systems
    • Use of a compressor loop in tone-burst measurements with the High-Pressure Microphone Calibrator Type 4221
    • Swept Measurements of Difference Frequency Intermodulation and Harmonic Distortion of Hearing Aids
    • Condition Monitoring Methods and Economics
    • Machine Health Monitoring using FFT Frequency Analyzer Type 2031 or 2033 with a Desk-top Calculator
    • 3 Dimensional acoustic measurements- using gating techniques
    • A Guide to Mechanical Impedance and Structural Response Techniques
    • Electro Accoustic free field measurements in ordinary rooms - using gating techniques
    • Loudspeaker phase measurements transient response and audible quality
    • Static and Dynamic Balancing Second Edition
    • High Pressure Measurements with the High Pressure Microphone Calibrator 4221
    • Thyristors in Railway Traction How can their effects be measured
    • Combination of Gating and Compression Techniques in Electoacousitic Measurements
    • In-situ Balancing helps the Production Engineer
    • Efficient Machine Monitoring using an FFT Analyzer and Desktop Calculator
    • B & K Field Balancing Set Working For the Power Engineer
    • Practical Measurement Techniques for Servo and Control Systems Development
    • Luminance Reflectances Explanation and calculation of contrast
    • The Rational of Monitoring Vibration and Rotating Machinery in Continuously Operating Process Plant
    • Field Balancing Equipment Helps The Development Engineer
    • Reflection Standard Make and Characteristics
    • Cepstrum Analysis and Gearbox Fault Diagnosis
    • Reference literature sound intensity
    • Vibration test applications
    • LDS Application Booklet - International Edition
    • WebTrak MyNeighbourhood Flyer
    • LDS Application Booklet - UK Edition
    • Scale model measurements with Time Delay Spectrometry using a microphone as a sound source
    • Evaluation of Moderate Thermal Environments
    • Sound intensity measurements inside a motor vehicle
    • Sound intensity measurements inside aircraft
    • Practical Information about Contrast Rendering at the Office Workers Desk
    • High-quality tape recording for electromyographic applications
    • Acoustics Instrumentation used for preventing Neck-Shoulder Pain during Work
    • Mobility and loss-factors of floors using dual channel analysis
    • Measurements of Contrast Rendering in different Lighting Installations with different Desk Lamps
    • Contrast Meter for Quantitative Evaluation of Illumination Systems
    • Sound power determination using sound intensity measurements
    • BL 0011 and BL 0012 Program Descriptions for Programs BZ 0011 and BZ 0012
    • Acoustical Measurement of Auditory Tubal Opening
    • Measurement of the Complex Modulus of Elasticity- A Brief Survey
    • Sound power determinations from sound pressure and from sound intensity measurements in a semi-anechoic room
    • Software Package WW 9038 for the Sound Intensity Analysing System Type 3360 or the Digital Frequency Analyzer Type 2131
    • Bearing Monitoring Equipment for Gear Driven Paper Machines
    • Sound power determination in highly reactive environments using sound intensity measurements
    • Evaluation of Studio Microphone Performance Using Time Delay Spectro-metry Techniques
    • Intensity measurements using a tape recorder
    • Vibration measurements in predictive maintenance
    • Dual Channel FFT Analysis for the Development and Evaluation of Tape Recorders
    • The Use of B&K Omnidirectional Microphones for Modern Recording
    • Measurement of Loudspeaker and Microphone Performance using Dual Channel FFT-Analysis
    • Ergonomic evaluation of lighting at workplaces with CRT display terminal
    • Field Calibration of the Reference Sound Source Type 4204
    • Dynamic Design Verifaction of a Prototype Rapid Transit Train using Modal Analysis
    • reference literature structural analysis
    • A Powerful Combination for Building Acoustics Measurements
    • RASTI Measurements: Demonstration of different applications
    • Introduction to Noise Measurements on Business Machines
    • Business machines measurements using sound intensity
    • Software Package WW 9041 for Noise Measurements on Business Machines according to ECMA 74
    • Production Testing of Noise from Business Machines
    • Field Measurements Using Precision Photometer Type 1105
    • pro audio forum percussion
    • Automatic Quality Testing of Loudspeaker Electroacoustic Performance
    • Intensity Measurements in Building Acoustics
    • Sound Power Determination of Household Appliances on the Production Line
    • Calibration of Audiometers with SLM Type 2235
    • The Design of Large Impactors for Structural Testing
    • Machine- Condition Monitoring Using Vibration Analysis A Case Study from a Petrochemical Plant
    • source- independent room equalization
    • Room equalization - FFT in concert
    • Four-channel modal testing
    • An introduction to modal testing
    • "Practical use of the ""Hilbert transform"""
    • How to determine the modal parameters of simple structures
    • Machine-Condition Monitoring Using Vibration Analysis a Case Study from an Iron-Ore Mine
    • Acoustical testing of a diesel engine using STSF
    • Envelope analysis - the key to rolling-element bearing diagnosis
    • Measurement of Reverberation Time with Single/Dual Channel Real-Time Analyzer 2123/33
    • Active and Reactive Intensity Measurements using the Dual Channel Real-Time Frequency Analyzer 2133
    • Calibration and Correction for Phase Mismatch of an Intensity Analysing System based on the Dual Channel
    • Sound Intensity and modal analysis
    • Determination of the Thiele - Small Parameters Using Two-Channel FFT Analysis
    • Gated Sound- Intensity Measurements on a Diesel Engine
    • Machine-Condition Monitoring Using Vibration Analysis a Case Study from a Nuclear Power-Plant
    • Detecting faulty rolling-element bearings
    • Measurement of Sound Reduction Index with the Single/Dual Channel Real-time analyzers Types 2123 and 2133
    • Simplified measurement of complex modulus
    • Sine-on-random vibration testing
    • Reverberation Time
    • Six weeks' advance warning of breakdown!
    • Vibration Analysis at a Ski Resort
    • Detecting Loose Windings in Hydroelectric Generators
    • Transformer Noise Measurements using Time-Averaging
    • HiFi Loudspeaker R&D using a Dual Channel FFT Analyzer
    • Development of a hi-fi loudspeaker enclosure by using modal analysis
    • Measurements in Cars using RASTI Method
    • Quality-control of Bearings Using Vibration Monitoring
    • Machine-Condition Monitoring using Vibration Analysis Permanent Monitoring of an Austrian Paper Mill
    • Resonance Dwell Testing
    • Machine-Condition Monitoring using Vibration Analysis The use of Spectrum Comparison for Bearing Fault Detection - A Case Study
    • Power on - whatever the weather! Vibration monitoring on a canadian weather-centre's diesel-generator sets
    • Using RASTI to Determine Speech Privacy
    • Tracking using the Type 2032-34
    • Luminaire Distribution Mapping
    • The Laser Velocity Transducer - Its Principles and Applications
    • Vibration Diagnostics for Industrial Electric Motor Drives
    • A Special application of permanent vibration monitoring from a leading French iron and steel plant
    • Static and Dynamic Balancing of Rigid Rotors
    • Evaluation of the thermal environment in vehicals
    • Determination of Sound Power based on Sound Pressure Measurements using the Real-time Frequency Analyzers Types 2123 and 2133
    • Permanent Vibration-monitoring on a Hydroelectric Generator Set
    • Diagnosis of Vibration Problems in Holland Case Study from the Groenpol Vibration Consultancy
    • Systematic Machine-Condition Monitoring A Case Study from Parenco Paper Mill in Holland
    • Analysis of Transient and Non-Stationary Signals using the Real-Time Frequency Analyzers Types 2123 and 2133
    • User-definable Functions in the Real-time Frequency Analyzers Types 2123 and 2133
    • Measuring the Non-rigid Behavior of a Loudspeaker Diaphrahm using Modal Analysis
    • Measurement of Vehical Exterior Noise using the portable Real-time Frequency Analyzer Type 2143
    • Condition Based Maintenance and Quality Assurance of Production Machinery
    • Applications of the Real-time Frequency Analyzer
    • Acoustical testing in the automotive industry using STSF
    • The Use of a Computer to Process 2123/33 Disk Data
    • Audio Distortion Measurements
    • Noise control survey on a pump using the gated technique
    • Sound field description using complex sound intensity instrumentation
    • Measurement of Aerodynamic Noise using STSF
    • Laser Diagnostics of Machinery Health
    • Measuring Torsional Operational Deflection Shapes of Rotating Shafts
    • A Hand-held Exciter for Field Mobility Measurements
    • Sound Power Determination with or without ISO 9614-1
    • Mounted Resonance Measurements using Type 2525
    • The Use of a Computer to Process 3550 Disk Data
    • Sound Power Determination according to ISO 9614-2
    • An Overview of Standards for Sound Power Determination
    • Mobility Measurements
    • Time Domain Averaging Combined with Order Tracking
    • Multi-Reference Impact Testing for Modal Analysis using Type 3557 Four Channel Analyzer and CADA-PC
    • On the Working Principle of Torsional Vibration Meter
    • Improved Method for Complex Modulus Estimation
    • How to Determine the Modal Parameters of Simple Structures
    • Sound Power Determination according to ISO 374x
    • Exterior Noise Measurements on a Rover 220 GSi
    • Time Windows
    • Practical use of the Hilbert transform1
    • Choose your Units!
    • Tyre Noise Measurement on a Moving Vehicle
    • Improving Telephone Handset Performance
    • Using Modems with Sound Level Meters
    • To Deal with Electrical Noise and Interference in the Measuring Chain using NEXU
    • Order Tracking of a Coast-down of a Large Turbogenerator
    • Tone Assessment using the 2260 H Sound Level Analyzer
    • Operational Modal Analysis of a Wind Turbine Wing using Acoustical Excitation
    • Envelope Analysis for Diagnostics of Local Faults in Rolling Element Bearings
    • Using NS-STSF to investigate Transient Phenomena in Automotive Applications
    • Modal Analysis using Multi-reference and MIMO Techniques
    • LDS Kurtosis Product Note
    • Analisi Envelope per la diagnosi di difetti sui cuscinetti
    • Verification of Symmetrical Pinnae for HATS Type 4128-C
    • Dynamic Calibration of Pressure Sensors using Type 9719
    • PULSE Indoor Pass-by and Exterior Noise Contribution Analysis System
    • Ear Simulator for Telephonometry - Use of Wideband Ear Simulator Type 4195
    • Measuring Speech Intelligibility Using DIRAC Type 7841
    • Dynamic Sound Testing of Earth-moving Machinery to ISO 6393-6
  • Articles
    • Introduction to Measuring Electric Power During Transients
    • Measurement Minute: Episode 1
    • Measurement Minute: Episode 2
    • Measurement Minute: Episode 3
    • Measurement Minute: Episode 4
    • Measurement Minute: Episode 5
    • Measurement Minute: Episode 6
    • Measurement Minute: Episode 7
    • Measurement Minute: Episode 8
    • Measurement Minute: Episode 9
    • Measurement Minute: Episode 10
    • Examining Risk Priority Numbers in FMEA
    • What is sound power and sound pressure
    • Strain Measurement Basics
      • Strain Gauge Fundamentals
        • Wheatstone Bridge Circuit | Strain Gauge
        • What is a Strain Gauge Rosette?
        • Temperature Compensation of Strain Gauges
          • Temperature Compensation of Strain Gauge Quarter Bridges
          • Determine the Thermal Expansion Coefficient
        • How to Select the Right Strain Gauge
        • Learn the Essentials of Strain Gauge Measurement
        • Strain gauge installation on fiber-reinforced plastics
        • Selecting the Right Covering Agent for Strain Gauges
        • Successfully compensating for lead resistances
        • Videos and Webinars
          • How to work with strain gauges in catman AP
          • Real Time Load Measurements
          • Tips for a faster strain gauge installation
            • Top 10 Tips for Strain Gauge Installations
              • Top 10 Tips for Strain Gauge Installations
          • Tips for Correct Welding of Strain Gauges
          • Video: How does an Electrical Strain Gauge Work?
        • Selecting Adhesives for Strain Gauge Installation
        • Measurement Uncertainty | Experimental Stress Analysis
        • Installation of Strain Gauges on Concrete Surfaces
        • Strain Measurement Glossary
        • How to Prepare Material for a Gauge Installation
        • Experimental Stress Analysis (ESA) using Strain Gauges
          • Hooke's Law Explained
        • How to Measure Strain Rate on Printed Circuit Boards PCBs
        • Strain Gauge Lead-Free Soldering Techniques
        • Decision Help: Welding or Bonding Strain Gauges?
        • Outlining Foil Strain Gauges: Technology and Types
        • How to Bond a Strain Gauge into a Bolt
        • How to Wire a Bolt Strain Gauge
        • Gauge Factor Deviation
        • Strain Gauge Installation Videos
        • The Fatigue Life of Electrical Strain Gauges
        • Selecting the Right Connection Cables for Strain Gauges
      • Tips & Tricks for Strain Measurement
        • Metrological Recording of Deformation Development
        • Strain Gauge ¼ Bridge Calibration with Shunt Signals
        • High-precision measuring technique for strain gage transducers
        • Linearity and Sensitivity Error
        • Using statistical techniques to validate field test data for fatigue analysis
        • Improving strain measurements - You need real-world tests t
          • Early warning of damage to wind turbine rotor blades
        • Industrial benefits of utilizing traditional strain gauges
        • Successful structural testing for high-strength components
      • Optical Strain Sensor Fundamentals
        • What is a Fiber Bragg Grating? | FBG | Sensors
        • Fiber-optical sensors for Condition Monitoring Systems
        • HBM FiberSensing - One Year Later
        • Optical Fiber Sensors vs. Electrical Strain Gauges
        • How Does an Optical Strain Gauge Work?
        • Optical Strain Measurement Glossary
        • Tips for configuring an optical sensors' array
      • The Optical and Electrical Strain Gauge Technology
      • Archive of empty page
        • How to prepare a strain sensor installation
        • Strain Measurement with Fiber Bragg Grating Sensors
        • Optical Fiber Sensors vs. Conventional Electrical Strain
        • Stress Measurement & Strain Measurement
        • Experimental Stress Pages
        • How Does a Strain Gauge Work? | What is a Strain Gauge?
        • Tips for experimental stress analysis - part 2
        • Tips for experimental stress analysis - part 4
        • How to install a strain gauge with an adhesive
        • What are the measuring principles of a fiber Bragg grating?
        • Lightweight construction advantages in adhesive structures
        • Strain Gauge Excitation Voltage
        • Temperature compensation for strain gauges
        • Practical hints for the installation of strain gauges
        • Newsletters
        • Seminars
        • Sensing of Surface Strain with Flexible Fiber Bragg Strain
        • Wheatstone Bridge Circuits Show Almost No Nonlinearity and
        • Applying the Wheatstone Bridge Circuit
        • Structural integration of strain gauges
        • From measured strain to mechanical stress: analysis of biax
        • Load stress testing
        • 10 Tips to Make Your Strain Gauge Installations Go Quickly & Effectively
        • Strain Gauge Installation | How to Install a Strain Gauge
        • Video: How to Find the Right Strain Gauge
        • PCB Testing Kit - Coming Soon
        • A comparison: electrical or optical stain gages
    • The Loudest Sound, Naturally
    • The Working Principle of a Compression Load Cell
    • What is a Signal Conditioner? | Functions
    • What is a Pressure Sensor?
    • In search of the world's quietest car
    • Torque Measurement in Wind Turbines
    • What is a Sound Level Meter
    • The World's Noisiest Cities
    • How Does a Piezoelectric Force Transducer Work
    • Static and Dynamic Balancing Part Two
    • How does a Force Transducer Work? | Working Principle
    • Lightweight Structural Integrity Testing
    • Fatigue life testing
    • Holistic power plant management
    • Fiber Optic Strain Sensors Monitor Pipeline Integrity
    • Data Acquisition Software for Parameter Identification | Getting the Back-Emf of a PM Electrical Machine
    • Durability Testing of Electric Machines
    • Measuring Parameters of a Transformer Equivalent Circuit
    • "Future of Packaging: Trends, Tech, and Measurement Solutions"
    • Reigniting Guitar Evolution
    • Limitations of the Exponential Distribution for Reliability Analysis
    • Aircraft electrification - a real revolution?
    • From Drawing Board to Release
    • Sound insulation - and how it is evaluated
    • Big Data in Test and Measurement
    • Sound art in extremis: Mapping the sound ecology of Antarctic weather
    • COMAC's great LEAP
    • Test Rig for Induction Motor Quasi-Static Electromechanical Characteristic Determination
    • Web portal for ReliaSoft applications
    • Improve test efficiency of medical products with BK Connect applet
    • Human Vibration: Body and Arm Vibration
    • Recalibrate your expectations with more than just a calibration
    • Calibration is Key to Trust And Trade
    • Hydrophones In Gaseous Environment
    • A space for creativity
    • Life Data Classifications
    • The story behind the Tescia solution
    • What drives electrical machines and inverters: More efficie
    • Piezoelectric or Strain Gauge Based Force Transducers?
    • The Piezo Effect and its Applications
    • Tapping into the acoustic properties of a watermelon
    • Correlating Measured Test Data with CAE Results
    • Developing a smoother ride
    • Active vibration-based SHM system: Demonstration on an operating Vestas V27 wind turbine
    • Five questions for Dmitri
    • Weibull++ - Degradation model analysis in Accelerated Life Testing module
    • Force Measurement
    • Jet engine know-how helps voice studies take off
    • What is Sound?
    • Sound Generation – Structure-Borne Sound: Part 2
    • How To Uninstall and Reinstall Your FIT Load Cell from Your Filling Machine
    • Galvanic Separation in Piezoelectric Measuring Chains
    • Cleaning Useful Information from Noise
    • PTPv2 Holds Data Acquisition and Testing to a Tight Schedule
    • Digital Signal Conditioner with OPC UA
    • T40B with Rotational Speed Measuring System and Reference
    • "DDRP 2018 Event - Thank You - Developing Durable, Reliable Products"
    • The right tool for workplace noise surveys
    • Historical Milestones
    • In Pursuit of the Windsor Hum
    • "Summer is watermelons, rainstorms, mosquitoes, burning sunshine and air conditioning. But a summer is not a summer without the chirping of cicadas."
    • Sound Intensity - What is Sound Intensity?
    • The longest reverb
    • Five questions for Marty
    • Which Fit is the Right One?
    • Load application in load cells - Tips for users
    • "Test Cell Retrofits for Quicker, Better Test Results"
    • MSG-3 maintenance program creator
    • "There and back again, an artist's tale"
    • FMEA and related analyses
    • Europe's Largest Refrigeration And Air Conditioning Laboratory
    • Vibration Control Strategies for Shaker Systems
    • Can You Play The Asphaltophone?
    • Five questions for Jason Kunio
    • An introduction to shaker vibration testing
    • All quiet on board
    • Off-Highway Vehicles: Torque from Lab Out into the Field
    • Five Questions for Niels-Jørgen
    • Measuring Forces in the Force Shunt
    • Golf cart noise and vibration troubleshooting
    • Motorcycle exhaust noise measurements
    • Acoustic camera gets down to work at Wave Engineering
    • The V8000 Range: The Next Generation of Vibration Testing
    • Why use an Accelerometer Preamplifier?
    • Guide: Lifetime Cost Of A Sound Level Meter
    • The Change of Slope Methodology in Reliability Growth Analysis
    • Reliability Growth module
    • Changing Landscape of High RPM Torque Measurement
    • Background Noise?
    • Five questions for Sidnei
    • Sounds like a Ferrari
    • How Does a Bending Beam Load Cell Work? | Working Principle
    • Educator and problem solver
    • Reuse to reduce
    • Time to Invest in a Sound Level Meter?
    • Women in Sound and Vibration
    • Taking the Sting Out of Vibration
    • The V8000 Range: The Next Generation of Vibration Testing
    • "Durability Testing, Reliability, and Failure Mode Comparison (Blueprint I5)"
    • Weighing Modules
    • Noise protection measurably simplified
    • Accelerated Life Testing module
    • How Does a Strain Gauge-Based Pressure Transducer Work?
    • Active vibration-based SHM system on a Vestas wind turbine
    • Avoiding a Common Mistake in the Analysis of Repairable Systems
    • Download Torque White Papers
    • The Importance of Torque Measurements
    • Investigation of the influence of transducer electronic data sheets (TEDS) on calibration results
    • Introduction to Vibration Measurement
    • Avoiding Vibration Measurement Errors
    • Military Aircraft Testing - Trial by combat
    • The Key to New Applications: Precision
    • The Limitations of Using the MTTF as a Reliability Specification
    • Unveiling the Future of Packaging
    • Suggestions on how to include the effect of reproducibility in the evaluation of simplified calibration procedures
    • Music is in the hands of the beholder
    • Hygienic design is mandatory
    • Gas Compressor Set Control
    • Legal-for-trade weighing systems in open automation applications
    • Managing Sound With IoT Technologies
    • Get Started with your Sound Level Meter
    • Tech Note: Using WLAN for Measurement Telemetry
    • Weibull++ - Analyzing Failure Modes Using RBDs in Weibull++
    • Vague results - load cells of accuracy class C6 under test
    • Sounds like fun
    • Solutions AM - OSIsoft PI
    • Wiring Universal Torque Transducers
    • Vibration Testing - Dos and Dont's for Vibration Shakers
    • A Guide To Using MIMO Vibration Control
    • The purrfect power
    • Wind Tunnel Vision
    • Weibull++ - The Risks of Using Failure Rate to Calculate Reliability Metrics - New Test
    • Simplifying the set-up of large channel count DAQ systems
    • Force Shunt Measurement Japan
    • Using HBM Signal Amplifiers for Industrial Process Control
    • How to Select a Rotating Torque Sensor
    • System reliability, availability, and maintainability analysis
    • Change Point Analysis and DRBFM: A Winning Combination
    • Why a newton is a newton when you measure it
    • Simulation Of Realistic Background Noise
    • How Does RoHS 3 Affect Sensor and Transducer Suppliers?
    • Leq and SEL - When to choose what? - old
    • The Green Man: HATS
    • Calculating electrical power using QuantumX and catman
    • What Is eDrive Testing? How Does It Work?
    • Comparing Maintenance Strategies Based on Cost and Availability
    • Failure Modes, Effects and Criticality Analysis
    • Optimum Preventive Maintenance Replacement Time
    • LAN-XI Open API
    • A Custom-made Sensor in 3 Phases
    • Electrical Connection of Force Transducers
    • Cloud Computing Brings Test Data Down to Earth
    • Shaker Vibration Testing with Inductive Centring Systems
    • Tech Note: QuantumX and MCS
    • Piezoelectric Force Transducer: 5 Rules for Installation an
    • Nowhere to hide
    • Linearization of Torque Transducers Using EtherCAT
    • Desktop CAE sound auditions
    • Calibrating the Measuring Chain
    • Improving Test & Measurement with TEDS
    • Sound generation – Structure-borne sound: Part 1
    • Frequency Analysis - Filter Analysis
    • Torque Measurement Tips & Tricks
    • Solving Complex Probabilistic Problems Through Simulation
    • Standard based reliability predictions
    • Testing for clarity: from the lab to the consumer
    • How does eDrive Testing work? A user explains
    • A Guide To Using MIMO Vibration Control
    • Accelerometer Mounting Check
    • What charge injection calibration is and is not
    • Adjustment of Electronics for Force Measurements
    • Beyond Tomorrow
    • The conductor’s point of view
    • Efficiency Testing of Electrical Actuator-Based Systems
    • The Sound Intensity Equation
    • Explanation of ATEX marking
    • Five questions for Richard Johnson
    • FMEA and related analyses
    • Five questions for Roger
    • Listening In 3D
    • Class-D technology: Enhancing sound quality
    • Choosing Piezoelectric Accelerometers
    • Measurement and traceability of torque on large mechanical drives
    • Technical Review 2017 | Brüel & Kjær
    • The Sound of Blue Whales
    • Working standard reference measurement chains
    • Torque Measurement Methods
    • Video Tutorials and FAQ
    • Accelerated Testing with the Inverse Power Law
    • Shaft Torque Transducers - Basic FAQ
    • Torque Measurement Challenges in High-Speed Applications
    • What is a load cell? | How does a load cell work?
    • Five questions for Ricarda Nerche
    • My Car - My Engine - My Sound
    • Simplify testing and analysis with BK Connect
    • Installation of Force Transducers
    • The Fauna Philharmonics
    • Finding passion in the perception of acoustics
    • Prenscia UGM NA 2019 - Licenses (PUGM)
    • "New, Highly Flexible TIM-EC EtherCAT Interface Concept"
    • Technical review
    • Wireless Data Acquisition - Unleashed
    • catman DAQ Software Knowledge Base | Tips & Tricks
      • catman DAQ Software FAQs | Frequently Asked Questions
        • catman FAQs | Data Handling and Analysis
        • catman FAQs | Visualization and Recording
    • How In-Line Bearingless Torque Sensors Can Help Increase Turbo Machinery Efficiency
    • Important Characteristics of Force Transducers
    • Asset Performance Management Supported by Reliability Engineering
    • How to Install a Rotating Torque Sensor
    • Optimizing the future driving experience
    • Terms and expressions for specifying torque transducers
      • Relative reversibility error
      • Relative standard deviation of repeatability
      • Load limits
      • Permissible oscillation bandwidth
      • Parasitic loads
      • Temperatures
    • Predicting EV warning sounds using partial loudness
    • Different Types of Load Cells | Load Cell Manufacturer
    • Remembering a Sound and Vibration Pioneer
    • Cutting-Edge Wind Turbine Blade Maintenance
    • Ground Vibration Monitoring
    • Sounds Great
    • Force Application with Compressive Force Sensors
    • Five questions for Yumiko Sakamoto
    • Load Cell Troubleshooting
    • Optimizing the future driving experience
    • Bontaz Interview
    • Partnering To Reach New Testing Heights
    • Good vibrations...
    • Reliability Prediction for Components in Fatigue
    • Sorting out the sources of sound
    • Reducing Torque Measurement Uncertainty in Turbine Engine Testing
      • Reducing Torque Measurement Uncertainty in Turbine Engine Testing
    • Targeting Vibration
    • Structural Testing Part One
    • Spy on the wall
    • The Novares Laboratory
    • Testing evolution: Shaking up the status quo
    • Data Acquisition (DAQ) in Measurement
    • Metrological Traceability in Force and Torque Measurement
    • 75 years of progress
    • Connecting a Force Sensor to a Data Acquisition System
    • Weighing Electronic Troubleshooting
    • Good Vibrations - Interview With Doctor Nielsen
    • Vibrations In Ice
    • How utilizing EtherCAT benefits industrial applications with faster real-time measurements.
    • Universal man
    • Something Quiet Comes This Way
    • Five questions for Thomas Lewien
    • Piezoelectric sensors: Which one for my application?
    • Epsilon Launchpad Redesign: Safeguard the Payload
    • Hygienic: Weighing electronics for the food industry
    • Dyn-X Technology
    • The big noise in Europe: New laws and standards shaping traffic
    • IP69K Degree of Protection
    • Stop the Noise
    • Wavelength to frequency and the speed of sound
    • High Precision Torque Sensors for Flexible Measurement
      • High Precision Torque Sensors for Flexible Measurement
    • Choosing the Right Torque Transducer: Shaft or Flange?
    • Easy rider? Measuring motorbike vibrations
    • How Does a Torque Transducer Actually Work?
    • Pass-by Noise Regulations – Meet the Latest Indoor Standards
    • New BK Connect Applets for post-processing
    • New application possibilities for innovative torque measurement in test benches - with PMX
    • Hemi-anechoic Chambers at The ARC
    • Connection Cables for Strain Gauge Sensors
    • Cochlea Function
    • High Accuracy is High Efficiency
    • Keeping a lid on Copenhagen nightlife noise
    • Load Cell Subjected to Extreme Tests
    • Cables and their impact on test and measurement equipment
    • Accelerated Life Testing module
    • What is TEDS?
    • Weibull++ - Life Estimation
    • Cumulative Binomial for Test Design and Analysis
    • 18 Tips - Successful Sound Measurements
    • Accelerometer Mounting Check
    • Selecting The Right Shaker System
    • Using the CASMA Filter for Torque Measurements - Tips & Tricks
    • Transducer Design
    • An Hour In An Anechoic Chamber
    • NAFEMS CAASE 2020 Landing Page
    • Efficient Mobile DAQ in Harsh Conditions of Use
    • Three HATS, one church and experimental music
    • Predicting detectability and annoyance of EV warning sounds using partial loudness
    • Protect against data loss and corruption (2022)
    • FIT7A Video Tutorial: Setting up a checkweigher
    • Listening to customers
    • Transducers and the Internet of Things
    • On the right track
    • Not just a wind tunnel
    • Award-winning construction noise management
    • The Father of Dolby Technology
    • MONICA takes on techno
    • Inside headphones
    • Leq and SEL - When to choose what?
    • Mill Noise Monitoring
    • Using hand-held arrays for automotive NVH measurements
    • Is Enterprise-wide, Web-based Software Right for You? It Depends on the Application!
    • Strain Gauge Transducers for the Use in Industrial Applications
    • Rugged data acquisition systems for field tests of off-road vehicles
    • Reliability test design
    • The birth of calibration
    • Applying Reliability DOE Techniques to Investigate Effects on Product Life
    • Driving Brand Awareness
    • Driving simulation in top gear
    • Listening to the community
    • Hand-held Arrays In NVH Measurements
    • A Quiet Place For Sound
    • Five questions for Nishikubo-san
    • Japanese professor of human vibration
    • Amiya Mohanty - Man on a mission
    • Bringing Communities on Board
    • Parameterization of an incremental rotary encoder
    • Measurement Uncertainty Calculation
    • Interview: Trends in Force Measurement Technology
    • Environmental Noise Measurement
    • Microphone Selection
    • Analysis of vehicle voice recognition performance
    • The Load Cell Calibration Standard ISO 376
    • Measuring Small Forces with High Initial Load
    • From Sound Level Meter To Acoustic Camera
    • Load Measurement for the Optimization of Ship Engines
    • Today's proving ground for vehicles of the future
    • Standardization or customization?
    • Application of Sound Source Identification on a Turbofan Engine
    • How to Maximize the Armature Life of a Shaker
    • Phoenix Testlab preventing gaps in a 360° test lab
    • Todays Robotic Engineer Challenges
    • From atomic physics to aeroacoustic consulting
    • Response Equalisation Extreme - REq-X
    • End-of-line Testing: Geared up and ready to go
    • Exploring the Technical Terms of Torque Measurement
    • What is cavitation?
    • HBK Expert Dialog: Lightweight Structures
    • Why do cats purr? Solving the mystery using accelerometers!
    • Improving Life Under the Sea
    • Savings in the pipeline
    • Anatomy of the Human Ear
    • Lost in Limoges: The art of being a good neighbour
    • Structural Testing Part One
    • Partnering To Reach New Testing Heights
    • Green Shipping: Saving Fuel with Precise Torque Measureme
    • Nothing runs like a Deere
    • "Force Washers for Production, Testing and Monitoring"
    • Product Sync - New Test
    • A new approach to end-of-line vehicle auditing
    • High-pressure measurement technology
    • Low-frequency noise? We’ve got it cornered
    • Five questions for Zhigang Chu
    • The bells that mirror the soul of Notre Dame
    • Avoiding Vibration Measurement Errors
    • Piezoelectric Accelerometers for Vibration Measurements
    • Static And Dynamic Balancing Of Rigid Rotors
    • Turnkey Shaker Solutions
    • How to calculate the average of multiple runs in BK Connect?
    • "High-frequency HATS, why?"
    • Cobotic Sensors Challenges
    • Connecting Torque Transducers to EtherCAT Systems - using TIM-EC
    • AIISH - Developing Speech and Hearing
    • Outsource or in-house?
    • Analysis of Automotive Warranty Data in the Mileage Domain
    • Data Acquisition Videos & Webinars
    • Prone to excellence
    • Managing stealth with a self-noise monitoring system
    • Camera shutter noise
    • OEM Custom Sensors in Revolutionizing Agriculture
    • Discovering How to Monitor a Simulated Bridge Structure
    • Cutting the commute
    • Great minds think alike
    • IMC Landing Page
    • Working together for the greater quiet
    • Source contribution analyser for exterior noise of a high-speed train: Experiments and simulations
    • Vibration Testing - Dos and Dont's of Site Design
    • Who are the people behind the HBK Vibration Test Service?
    • Torque Measurement in Electric Machines
    • Blueprint I1 - Life Estimation - Technical Article
    • Ensuring superior passenger comfort in the Mitsubishi SpaceJet
    • Metadata and Data Sharing
    • Accuracy of Fatigue Life Prediction through Material Testing
    • Putting the surface microphone through its paces at Airbus
    • Weather effects on environmental noise measurements
    • ODS Analysis: Understand structural behaviour
    • Not so long ago in a movie right by you....
    • PULSE makes explosive readings
    • Microphone History
    • Acoustic Camera Displays Noise In 20 Seconds
    • Aiming for absolute precision calibration
    • Aircraft structural testing
    • TIM-EC: Intercommunication Mode and Coupler Functionality
    • 21 Tips on How to Install a Torque Sensor
    • Structural Testing - Part Two (Primer)
    • Predictive Maintenance for Shaker Systems
    • Measuring Force with the Active Strain Transducer SLB
    • A High Value of Beta is Not Necessarily Cause for Concern
    • Criticality Analysis
    • Beijing’s big bell sound
    • Vibration Measurement: The Complete Guide
    • Targeting Vibration
    • Who are the people behind the HBK Vibration Test Service?
    • Hybrid and Electric Vehicle: Battery Testing
    • Uplifting sound quality
    • The quietest place in the world
    • Practical Methods for Analyzing the Reliability of Repairable Systems
    • Team-Based Problem Solving Methods and XFRACAS
    • Torque Reference Book
    • Couplings and Mounting Parts for Torque Applications
    • Analysis of vehicle voice recognition performance
    • Nowhere to hide / Hacked off
    • Fusing form and function
    • The humble guru of structural dynamics
    • Steatoda Bipunctata: Just Not In The Mood
    • Using Vibration Measurements
    • Power Measurement on Large Drives with Combustion Engines
    • Precise Load and Force Measurement in Smart Actuators
    • EMC: Directives for Weighing Systems
    • Manually Scanned Measurements
    • The Great Aircraft Certification Challenge
    • The sound of music
    • Hooked on the science of sound
    • QuantumX Precision Time Protocol (PTP)
    • Video: Force Measurement Methods
    • A new approach to end-of-line vehicle auditing
    • Force Transducers Based on Strain Gauges
    • Force Glossary
      • Archive of empty page
        • Temperature coefficient of the zero point
        • Temperature coefficient of sensitivity
        • Relative creep
        • Relative reversibility error
        • Nominal (rated) force
        • Sensitivity
        • Relative sensitivity error tension/compression
        • Zero signal
        • Nominal (rated) displacement
        • Stiffness
        • Linearity
        • Reference temperature
        • Fundamental frequency
        • (Relative) maximal operating force
        • (Relative) limit force
        • (Relative) breaking force
        • (Relative) permissible oscillatory stress
        • Input resistance
        • Output resistance
        • Operating range of the excitation voltage
        • Reference excitation voltage
        • Insulation resistance
        • Nominal (rated) temperature range
        • Operating temperature range
        • Storage temperature range
    • E-Mobility challenges Torque Measurement Technology
    • From Diagnosis to Solution – Fast
    • Introduction to Accelerated Testing Types
    • The technical design challenges of the omnidirectional sound source
    • The Next Generation of Sound
    • Jude Mansilla - Fidelity Fights Back
    • Sounds great
    • Multiple vehicle pass-by tests
    • Structural Design of Tank Weighing Systems
    • Leap through jet engine testing
    • Solutions for Design Development and Testing
    • Vehicle noise tests are getting tighter
    • Predicting detectability and annoyance of EV warning sounds using partial loudness
    • Painting the sky green
    • Overload protection - good protection for load cells
    • Precision Time Protocol (PTP) in Data Acquisition and Testing
    • An indoor solution to an outdoor problem
    • "Choosing FBG Optical Sensors, Interrogators, and Software"
      • "Choosing Optical Sensors, Interrogators and Software"
    • Guidelines for Burn-in Justification and Burn-in Time Determination
    • Calibrating an Accelerometer
    • Indoor Pass-by: A Solution to an Outdoor Problem
    • Using Degradation Data for Life Data Analyses
    • Data Management
    • Integration of strain gauges in e-bike pedals and cranksets
    • Improve corporate-wide FMEA collaboration with SEP web portal
    • Smart Weighing Technology: Empowering Smart Processes for Enhanced Efficiency
    • Using ReliaSoft to meet Ford CSR and other OEM FMEA requirements
    • NVH CAE Simulation
    • Bolt monitoring
    • Experimental residual stress analysis using the hole-dril
    • QuantumX Integration in ZwickRoell Testing Machine
    • The new FIT5X digital load cell technology for rotary filling excellence
    • Advantages of IO-LInk - Part 1
    • OEM Custom Sensor Assemblies for Robotics and Cobotics Applications
      • Custom Sensor Assemblies Solutions for Robotic and Cobotic
    • Sensor Solutions for Autonomous Mobility with OEM Sensor Specialist
    • Article: How can video support classic sensor data?
    • Preventive maintenance of weighing systems
    • Is IO-Link just an interface for simple, switching sensors?
    • The Top 5 Benefits of Using IO-Link
    • How using the HBK IO-Link load cell with your IO-Link interface delivers more fantastic features
    • What features does a HBK force transducer with IO-Link interface offer?
    • Applications of Vibration Fatigue Simulation
    • Vibrations In Ice
    • Measuring Vibration Characteristics in Seating
    • Piezoelectric Accelerometers for Vibration Measurements
    • Vibration Analysis Helps Neutrino Research
    • Hybrid and Electric Vehicle: Battery Vibration Testing
    • Why use an Accelerometer Preamplifier?
    • Vibration Testing - Dos and Dont's of Shaker Operation
    • Weibull++ Degradation Analysis in Step-Stress Accelerated Testing
    • Accelerated Life Testing Module
    • Weibull++ Degradation Data Analysis
    • Durability Testing, Reliability, and Failure Mode Comparison
    • XFMEA - Ancestry Functionality in XFMEA
    • XFMEA - How to Effectively Plan for FMEA Challenges to Improve Quality and Save Costs
    • The Case for Generic FMEAs and Strategies for using them in XFMEA
    • Reliability Phase Diagrams
    • Transforming industrial force measurement with HBK’s strain transducers
    • Measuring press forces: accurate, cost effective and reliable
    • What is FMEA and what is its future?
    • Durability Analysis and Fatigue Life Estimation Software
    • Maintaining Reliability: The Skills Needed to Succeed
    • XFMEA - ReliaSoft XFMEA Risk Discovery drives System FMEA Plan
    • Inside MedTech Innovation: FAQs Answered by Sensor Engineering Manager Anjali Mahajan
    • How to Implement Truck Scales
    • Using Weighing Technology for Automated Filling Processes
    • What to expect when using lower quality measurement microphones
    • Don't sabotage your FMEAs
    • A guide to corporate-wide FMEA collaboration
    • Implications of using lower-quality measurement microphones
    • Setting the bar for microphone excellence
    • Design for Reliability (DfR) Explained: Improve Product Reliability
    • Article: Reliability, availability, and maintainability analysis
    • Roadblocks to data success in the automotive industry
    • Challenge, Responses and Opportunities: Sensor Technologies for Healthcare Innovations
    • Measuring Sound - What is Sound
    • Introduction to Vibration Measurement
    • Product comparison gx5 series vs gv7 series
    • PX4 Drivers For 3DM-CV7-AR and AHRS Inertial Sensors
    • Introducing Version 4.0.0 of the MicroStrain ROS Driver
    • Microstrain At Xponential 2024
    • Beta Technologies eVTOL Development Takes Off With MicroStrain Sensors
    • Enhancing Vision-Based Robots with IMUs
    • MicroStrain Imu Integration With Ardupilot
    • Benefits of a GNSS/INS over a pure GNSS nav System
    • Download Measurement Microphones Explained
    • Advantage Insights Unlocked Histograms
    • Download Electroacoustics Solutions Brochure
    • Rethinking FMEA: Why It’s Time to Move Beyond Spreadsheets
    • Unlock Engineering Insights with Powerful Histogram Visualizations
    • Build a complete sound & vibration test setup
    • High-quality NVH results, straight out of the box
    • Smart Sensor Solutions for Autonomous Robotics
    • Choosing the right torque sensor: a step-by-step guide for optimal performance
    • Aircraft electrification
    • Environmental Influences
    • Accelerometer History
    • Remote Diagnostics - Maximising Shaker Efficiency
    • MicroStrain by HBK Guide to Optimal RF Performance
    • Download Aerospace Electrification Brochure
    • Match the Right Power Analyzer to your Setup: Remote Probes vs. eDrive Power Analyzer
    • Advantage Insights Unlocked - Advantage Aiana
    • Futuristic Fighter Jets
    • Certification Made Easy: Copper Bird Testing for Electric and Traditional Aircraft
    • Decades of sensing expertise, now redefining robotic touch
    • The Future of NVH End of Line Testing
    • Top 10 Tips for Strain Gauge Installations
    • How to work with strain gauges in catman AP
    • Real Time Load Measurements
    • Tips for a faster strain gauge installation
    • Tips for Correct Welding of Strain Gauges
    • Video: How does an Electrical Strain Gauge Work?
    • The Optical and Electrical Strain Gauge Technology
    • Optical Fiber Sensors vs. Electrical Strain Gauges
    • HBM FiberSensing - One Year Later
    • Fiber-optical sensors for Condition Monitoring Systems
    • Optical Strain Measurement Glossary
    • How Does an Optical Strain Gauge Work?
    • What is a Fiber Bragg Grating? | FBG | Sensors
    • Tips for configuring an optical sensors' array
    • High-precision measuring technique for strain gage transducers
    • Metrological Recording of Deformation Development
    • Linearity and Sensitivity Error
    • Industrial benefits of utilizing traditional strain gauges
    • Strain Gauge ¼ Bridge Calibration with Shunt Signals
    • Using statistical techniques to validate field test data for fatigue analysis
    • Successful structural testing for high-strength components
    • Early warning of damage to wind turbine rotor blades
    • Determine the Thermal Expansion Coefficient
    • Temperature Compensation of Strain Gauge Quarter Bridges
    • Learn the Essentials of Strain Gauge Measurement
    • What is a Strain Gauge Rosette?
    • Wheatstone Bridge Circuit | Strain Gauge
    • Temperature Compensation of Strain Gauges
    • How to Select the Right Strain Gauge
    • Strain gauge installation on fiber-reinforced plastics
    • Videos and Webinars
    • Selecting the Right Covering Agent for Strain Gauges
    • Selecting Adhesives for Strain Gauge Installation
    • Successfully compensating for lead resistances
    • Installation of Strain Gauges on Concrete Surfaces
    • Measurement Uncertainty | Experimental Stress Analysis
    • Strain Measurement Glossary
    • Decision Help: Welding or Bonding Strain Gauges?
    • How to Prepare Material for a Gauge Installation
    • Experimental Stress Analysis (ESA) using Strain Gauges
    • Strain Gauge Lead-Free Soldering Techniques
    • How to Measure Strain Rate on Printed Circuit Boards PCBs
    • Outlining Foil Strain Gauges: Technology and Types
    • Strain Gauge Installation Videos
    • Gauge Factor Deviation
    • How to Bond a Strain Gauge into a Bolt
    • How to Wire a Bolt Strain Gauge
    • The Fatigue Life of Electrical Strain Gauges
    • Selecting the Right Connection Cables for Strain Gauges
    • Redefining Extreme Sensing: How Piezocryst’s GaPO₄ Technology Delivers Precision Under Fire
    • Why Don’t We Repair Damaged Microphones?
    • Smart Farming: Custom Sensors for Automated Agriculture
    • OEM Custom Sensor Assemblies for Agriculture Industry
    • E-Bike Cadence Sensors Lead to Market Tailwind
    • OEM Custom Sensor Assemblies for Medical
    • Choosing the Right Industrial Communication Protocol
    • Electric Powertrain Testing | Drivetrain Efficiency for Automotive
    • Enhancing Industrial Efficiency with IO-Link Smart Sensors
    • Future-Proof your Operations: the Advantages of HBK’s IO-Link Solutions
    • Measurement Solutions for the Audio Industry
    • Torque Defines Performance: Navigating the Future of Measurement
    • How HBK Helps High-Performance Motorsport Teams Accelerate Durability Engineering
    • catman DAQ Software FAQs | Frequently Asked Questions
    • catman FAQs | Data Handling and Analysis
    • catman FAQs | Visualization and Recording
    • How Does a Multi-Axis Sensor Work?
  • Case Studies
    • Smart sensors used by the REM on smoke evacuation fans for train tunnels and stations
    • Correlation study of a commercial truck biaxial test
    • bombardier: Acoustics and vibration analysis
    • Success stories
    • R&D on wind turbines for standards in Taiwan - TERTEC
    • Ground vibration tests | NASA’s X-57 Maxwell
    • University of Catalunya: Seawall Experiment
    • Loughborough University - Automotive Powertrain NVH Research
    • ENMO Brüel & Kjær Exclusive Distributor in Benelux
    • CRH: Safety in motion - component testing of car seats
    • Structural Health Monitoring at Hamburg High Railway
    • HBK Supports ITER in Fusion Experiments
    • Link Engineering - Brake NVH Testing Systems
    • DLR refines aircraft cabins by analysing noise paths
    • Dynamic Weighing - Pays de Savoie's Reblochon
    • Goodyear Dunlop Europe - Analysis of Tire Noise and Vibration
    • Structural Qualification of Ariane 5 and 6 Launchers
    • HBK Force Transducers at Promess: Quality Assurance in Production
    • RUAG Space: Testing of Separation Systems for Satellites
    • DCTA - Helping Launch The VLS-1 Rocket
    • Link Engineering - NVH Brake Testing
    • National Institute of Metrology - Thailand - Case study
    • NTN-SNR - Digital weighing in the production of bearings
    • Load Test of a Glider's Outer Wing
    • Durability testing and monitoring structural performance
    • Redefining Rugged: HBK’s SoMat eDAQ Data Acquisition System
    • Development of a Strain Gauge based 3-axis Force Sensor
    • HBK Gets Onboard IMOCA’s Advens Cybersecurity Project
    • GEN2i DAQ system ensures higher efficiency in generator sets
    • Innovative: Viticulture robot for the cultivation of steep slopes
    • Deacon Engineers: measurements in main water pipings
    • FACC: Testing the winglets of the Airbus A350XWB with HBK
    • Akrapovic - Analysis of Tire Noise and Vibration
    • Hansen Transmissions -r wind turbine gearbox fatigue analysis
    • Schuler: HBK measurement technology in process
    • University of Pretoria: Geotechnical Centrifuge
    • Gorenje Maximizes Productivity With Noise Mapping
    • Iron Gate Dam: Measuring the efficiency of turbine blades
    • A2LA Accredited Testing - GHSP Testing Labs
    • Sarakasi Theatre - Room Acoustical Measurements and Modelling
    • BALESTRA: Innovative Test Method
    • Transportation vibration testing with a V9x shaker system at TÜV SÜD
    • Design for weight optimization
    • Strain Gauges Measure the Loads on Offshore Wind Turbine Foundations
    • The use of nCode software for test and CAE in the product development processes of AL-KO
    • CMT-Motores Case Study
    • Torque Flanges in power generation plants
    • Ricoh: toner cartridge manufacture
    • Japan's largest wind turbine gearbox manufacturer: Ishibashi (Japanese)
    • Sound Power Testing of Drive Assemblies Case Study
    • nCode DesignLife selected as solution for durability analysis at GM
    • Testing and Development of Automotive Fans - Papst
    • Rolls-Royce - FMEA for Design Efficiency and Less Costs in Aerospace
    • AKUSTEC Implementation of PULSE into Automotive Test Cells
    • University of Delft: Scientific Research on Friction
    • Monitorizaci├â╞Æ├é┬│n y vigilancia ac├â╞Æ├é┬║stica nocturna de obras con Noise Sentinel ├â┬ó├óΓÇÜ┬¼├óΓé¼┼ô On Demand
    • Bromma develops new lifting beam for containers with Strain Gauges
    • Ulsan Technopark - Automotive Innovation Parts Center (APIC)
    • Commercial Vehicle Group uses a Desktop NVH Simulator
    • PMX and HBM-Cloud-Storage in Production Processes
    • Crash Tests: Auto Institute Relies on HBK's Genesis HighSpeed
    • ALBA: Reliable pumps for particle accelerators
    • Valeo opts for HBK and innovative operating concepts
    • OSiMaB Project - On the Road to Mobility 4.0
    • Carlisle Interconnect Technologies' vibration test system
    • Strukton: Monitoring changes in the soil characteristics
    • Dassault Aviation uses surface microphones for nEUROn UCAV
    • When the earth rocks... vibrating table tests at ZAG
    • HBK measurement technology in the Formula 1 of winter sports
    • Altair offering assist to enhance seat development process
    • Toyota: Calculating temperature distribution at high speed
    • Nissan Technical Centre Europe: the On-road Vehicle NVH Simulator
    • Energy Research Centre of the Netherlands - Case study
    • Engine Test Benches: Reliable Results With HBK Reference Transducer
    • ORWIN: HBK amplifier to monitor crucial processes
    • VM Acoustics Decides On B&K Type 2250
    • Outils Wolf EU Directive and Production Line Testing Case Study
    • Accurate and reliable - Straightpoint depends on HBK strain gages
    • Airbus Case Story
    • Applus+ IDIADA, engineering, testing all types of vehicle
    • AVIATEST: Structural test of airframes
    • KA-RacIng Team of the Karlsruhe Institute of Technology
    • NIST: Foundations for developing new industrial application
    • Kungliga Tekniska Hogskolan Case Study
    • Crown Equipment - Uplifting sound quality
    • JNIOSH - Reproduction of Multi-modal Sensation
    • Monitoring the structural behaviour of a bridge rehabilitation
    • nCode Automation selected as collaborative platform for managing and analyzing test data at Liebherr-Aerospace
    • Alstom Marine - Case study
    • Sensors and amplifiers help DCTA launch the VLS-1 rocket
    • Power Testing in the ABB High Power Laboratory
    • Lockheed Martin Space Systems boosts vibration testing
    • LDS shakers – expertise, technology and passion
    • Robot-controlled acoustic holography for hearing aid development
    • Blachford - Case study
    • Investigating hearing loss at call centres: Kinki University
    • HBK and Cetim-Ctdec Cooperative Relationship
    • Setting new records at sea
    • Henkel Surface Technologies - Automotive Division, France
    • Fine-tuning acoustic isolation in buildings
    • ATA Engineering strengthens ties with Brüel & Kjær
    • Vibration Testing - AMC - Spain
    • Torque measurement in ship lifts
    • Chinese tests highlight superiority of HBK's eDAQ solutions
    • Nordson ASYMTEX: XFMEA & BlockSim to Less Costs for Industrial Robots
    • Engineering Solutions and Technologies - Japanese version
    • Top-quality steel - reliably recording all parameters
    • Keeping the Peace - A New Night-Time Approach
    • AgustaWestland safeguards helicopter reliability with HUMS
    • AXPO Kompogas: Green energy production
    • METIRI: new lease of life for industrial chimney
    • On test: Generators for wind turbines from The Switch
    • Production quality testing for worldwide manufacturing
    • Suzuki Wind Tunnel used for Full-vehicle Noise Source Identification
    • University of Jena: 3D miniature force measurement platfo
    • KOSME filling machines with HBK load cell
    • Formula SAE/Student: University of Bologna team uses HBK strain gauges
    • Fine-tuning acoustic isolation in buildings - ACCIONA Infrastructure
    • Chinese Locomotives: Testing Electric Locomotives
    • JRC Tokki: Underwater ship-noise characterization
    • RUAG relies on HBK solutions in wind tunnel testing
    • Uplifting sound quality for Crown Equipment Corporation
    • GreenMot: Development of Custom Systems for Engine Tests
    • Testing Machines for Calibration Laboratories Rely on HBK
    • SISU AXLES: heavy-duty planetary axles
    • University of Palermo: Study of Sailing Yacht
    • Acceleration tests on the Turin bobsled ice track
    • Volvo Construction Equipment (CE)
    • Case Study: An effective partner in running a comprehensive noise abatement program - Newcastle Airport
    • Case study: Acoustic analysis of firearms with OSS Suppressors
    • Designing Ferrari's sound with NVH simulation
    • Mahle Powertrain: HBK helps make engines go greener
    • Load Cells Allow Picking Tomatoes by App at ""Meer Camp""
    • Nortek: Accelerated Life Testing for Reliable Building Systems
    • Dana Thermal: Accelerated Life Testing in Auto Parts Design
    • Cost-optimized construction of subsea pipelines
    • NEDO: Real-Time Test Results For New Super-Efficient Motor
    • Fleet Vehicle Data Testing
    • University of Windsor - Sound & Vibration Challenges
    • Testing Electric Motors Under Load at "Van Bodegraven Elektromotoren"
    • Artis GmbHM: achine monitoring made easy
    • ESA: students conquer the outer limits of the troposphere with HBK
    • Weighing technology in process plant engineering
    • Volvo Car Corporation - Noise Vibration Harshness Testing
    • The Endesa Project: Optical Measurements at Adduction Pip
    • The Royal Norwegian Navy: Underwater Acoustic Measurements
    • Airbus Helicopters: Monitoring gearboxes with HUMS accelerometers
    • INVpack: Precision in Packaging with Digital Load Cells
    • RUAG: Full Scale Fatigue Testing with HBK Measuring System
    • Research & Development of Sound Quality in Lifts
    • Boeing Commercial Aerospace Case Study
    • Telecom: Lower Failure Rates and Maintenance Costs in Far Networks
    • Hawtal Whiting: Special vehicles require special data acq
    • Noise mapping of military vehicles for the Norwegian military
    • Linamar, McLaren Performance Technologies
    • Magneti Marelli uses a Desktop NVH Simulator for product development and marketing
    • DB Minden is testing optical strain gauges from HBK
    • QuantumX "Undercover Operation": HBK Enables Jungheinrich
    • Aermacchi - Ground and Flight Test Instrumentation
    • Split-Hopkinson Bar Material Tests
    • Shure - Case study
    • FILTROS MANN - Case Study
    • Adt-Rinck - Universal hydraulic test bench with secondary control
    • BAE Systems - Aerospace Testing - Case Study
    • Smart devices: intensive testing
    • ESTECH Corporation - Engineering Solutions and Technology
    • UPC: Tests for externally reinforced concrete beams
    • Maximizing productivity for Gorenje with rapid noise mapping
    • ALSTOM Marine - Prove acustiche e vibrazionali a bordo nave
    • Capturing data makes bridges last longer
    • CEDEX: Test Track - Accelerated pavement testing
    • Motor Products Corporation - PULSE Noise & Vibration Testing
    • Brüel & Kjær to supply Pratt & Whitney static engine noise test system
    • Safeguarding neighbours from construction noise - London Borough of Richmond
    • Smart Sensory Drive Shaft - OEM sensors
    • Case Study: Ahlmann Baumaschinen
    • Case study: _V9x Shaker System at TUV SUD Test House_
    • Quality testing of a pipe for the oil industry (IRIS Institute)
    • DLR Refines Aircraft Cabin Noise
    • Embedded vs. Conventional Strain Gauges
    • Bavarian State Research Center for Agriculture (LfL)
    • Step-1: Test and Measuring Equipment in Racing Cars
    • Rapid processing of measured data gives shorter test times
    • AgustaWestland selects nCode GlyphWorks for SuperLynx 300
    • BAE Systems: Static and Fatigue Tests
    • Continental tests PULSE Reflex
    • Operational modal analysis on wind turbine blades
    • Increased efficiency in the gypsum board production
    • Bühler identifies HBK as a 'preferred supplier'
    • LGC Automation: Competitive packaging machine thanks to HBK load cells
    • Optimising Toilet Flushing Sound - Sloan Flushmate
    • HENT: Monitoring ensures safety of Holmestrand station
    • Thailand's Electrical and Electronics Institute: EEI
    • Jaw Crusher from in Road Test - with SomatXR
    • Electrical Component and Lightning Testing at Damstra Lab
    • Perfectly cut silicon wafers: digiCLIP ensures leaps in e
    • Scansys, Belgium - test rig for dynamic testing of differential gears
    • INVT Control Algorithm Optimised by Torque Transducer
    • Brake Testing - Bosch, Drancy
    • Meridian Energy
    • Impact Testing - Magna Donnelly
    • Dow Chemical Company - Noise and vibration analysis of materials - Case Study
    • Optical sensors for lightweights
    • Infineon: Test system for security and chip card application
    • T40 torque transducer in APL test bench
    • DB Netz AG: Bridge monitoring
    • Sensor-based dental brace
    • Safran reduces typical test analysis time to 1 week with Automation
    • Huub: Developing high performance swimwear
    • InVentus: World Championship for Ventomobiles
    • Hoytom Manufacturer of Test Equipment
    • BlockSim - Opportunity Maintenance in BlockSim - Case Study
    • SMAC Laboratory: Aeronautical and Space Tests that shake!
    • Tests of Forces Acting on Collars and Harnesses for Dogs
    • A globally unique test bench for Investigating fertilizer spreading
    • Case study: Vale: Reducing the impact of mining noise in the community
    • Latest Lynx lands safely following development tests
    • Meneta - Brake Squeal Investigations using Acoustic Holography
    • Volvo uses nCode DesignLife to predict fatigue life performance
    • Fuselage Shell Testing at IMA Dresden With HBK
    • High Octane: torque in the power train of a racing car
    • The ITER Project: Optical Measurements at Nuclear Reactor
    • ChovA solutions for sound insulation
    • Airbus defines a common measurement approach to structura
    • Rolls Royce PLC, Filton - Acoustic Measurement and Analysis
    • DCNS streamlines data handling in naval defence
    • Testing Wind Turbine Power Generators using PULSE
    • TECHNOLAS Perfect Vision: Development of Eye Lasers
    • EDF: Hydroelectric Plant Safety Monitoring with HBK Technology
    • University of Siegen: Material Tests for Research Project
    • Medical product developement at LifeTec
    • Temo Pese: Innovation for Special and Non-Standard Weighing Solution
    • Production of steering couplings for the new SLS AMG
    • Sound Art - Sounds of Nature - Case Study
    • Structural Testing of Excavators and Dump Trucks
    • eMotorsports Cologne Wishbone Testing: Use Electric Strain Gauges
    • Used in Australia's largest wine-growing region: HBK's Z6 load cell
    • Aarhus: setups for tests on concrete structures
    • Bombardier achieves 8 times faster validation of wagon ride and safety
    • University of Texas: Sand Grain Fracture after Explosions
    • Robot-controlled acoustic holography for GN ReSound's hearing aid development
    • BORBET: Tested with QuantumX MX410
    • Thompson Engineering and Racing
    • Dassault Aviation's Falcon 8X business jet aces noise certification tests
    • Serving a greener automotive industry
    • New Healthtech range features HBK's load cells
    • SINT Technology
    • Dieffenbacher: wood-based material panels
    • Increased quality of molded parts at DORST
    • Active Noise Reduction - Terma A/S
    • Environnement - Industrial Site Noise Monitoring
    • PMX and Haptic Actuators with Shape Memory Effect
    • Monitoring El Giraldillo in Seville
    • Sound Research Laboratory - Case study
    • Testing of a Suspension System Developed for an e-driven race car
    • Stellantis leverages nCode DesignLife to predict automotive fatigue life
    • DCTA tests modified helicopters with in-flight structural analysis
    • HBK load cell Ensure the accuracy of All-Fill’s filling machine
    • Kongsberg Defence and Aerospace - Case study
    • Austrian Railways (OBB)
    • Defence - DCNS - Streamlining data handling
    • Test bench development of a neck protector for motorcycle
    • Robust repeatability with the U15 force transducer at ibertest
    • Static component testing of a drive module with MGCplus
    • Power Magnetics - Case Study
    • Millbrook uses nCode GlyphWorks to deliver vehicle test service
    • MCPI: filling scale for powder
    • UPM - Polytechnic University of Madrid
    • Massey Ferguson - Case Study
    • Teltek dynamic scales for the right quantity of fish in the pack
    • Testing ramp noise and durability on Lockheed Martin’s F-35
    • Warwick University - Appraise Project
    • WA displacement transducers used for taking measurements
    • ASMET - Acoustic Testing of Exhaust Systems
    • TU Chemnitz: Fuel-cell driven three-wheel vehicle
    • New Noise Measurement System - Rolls Royce
    • Case study: Smartphone app improves vibration testing setup at Faurecia
    • Mapping noise of military vehicles for the Norwegian defence research establishment
    • Gemstones make LEDs glow
    • ONERA
    • Federal Mogul Corporation
    • Crane Maintenance: Reduce Maintenance Costs
    • The Crossrail Project, London – C501 Moorgate Shaft
    • Machine Measurement System Alerts Engineers to Potential Problems
    • Capstone Turbine: XFRACAS to Improve the Power Generator Business
    • Brake NVH Testing - Akebono
    • IAE Division of DCTA - Operational Modal Analysis on a Helicopter
    • AVIO - Case study
    • Wind energy materials research at Fraunhofer IWES
    • Using vibration diagnostics for consumer goods reliability - The Vaillant Group
    • Dassault Aviation: Software offers benefits beyond precis
    • Underwater Acoustic Noise Measurement of Vessels
    • BMW - Noise Vibration Harshness Testing
    • MSC/Link - New Facility
    • Smartphone app improves vibration testing setup at Faurecia
    • GKN Aerospace Success with Portable Impedance Meter
    • Noise and Vibration Evaluation of Military Vehicles - Case Study
    • ECODHYBAT: Comparison of hygienic and traditional load ce
    • Keith Yates Design Group - Acoustic Optimisation of Home Theatres
    • Air France Optimizes Zephyr Test
    • TSI, Specialist Engineering Services
    • SEAT Develops Autonomous Data Acquisition System with HBK
    • CTAG Vehicle Research & Development Centre
    • Case Study of Acoustic Mapping of International Transportation Route and its Effect on the Local Community
    • ARBURG: Efficient processes thanks to QuantumX measurement technology
    • StarkStrom Augsburg e.V. - Chassis Measurements Using Strain Gauges
    • Interfleet: making trains safer all over the world
    • HOERBIGER: Multi-axis sensors for a transmission test rig
    • EPA Wind Farm Project for Open Space and Site Noise Evaluation and Measurement Criteria
    • Underwater ship noise - JRC Tokkai - Sound intensity
    • Bridge Monitoring: Long time control of bridge performanc
    • End-of-line production testing at Volkswagen Kassel (Case Study)
    • Holmenbrua: Analyzing the carrying capacity
    • PTB: Energy-Saving Coffee Production
    • Accurate weight date of soil during subway construction
    • BMW: Innovative test bench concept for the drive train
    • New Holland - Cutting the commute for combine harvesters
    • Bilwinco - Tailor-Made Multi-Head Weighing
    • Aircraft Noise Certification for PULSE
    • CLES-FACIL: Research of Safe Parachute Opening
    • JAXA: Composite structures research with Optical strain gauges
    • Bending Beam Load Cell is Ideal for Fertilizer manufacturer
    • WebTrak - Example Press Campaign for WebTrak Release
    • Optimizing a Vehicle's Wishbone with HBK
    • The University of Glamorgan Automotive Component Testing
    • Ski-Test - A Test Bench for Cross-Country Skis
    • CETMA: Structural Health Monitoring Against Coastal Erosion
    • Dynetics: When data is the mission
    • Cost-effective automation system for manufacturers of bakery machinery
    • Modular Multi-Level Converter at OIT
    • Pirelli - Noise and Vibration analysis of Tyres - Case Study
    • The HBK eDAQ monitors hull for maximum military success
    • Sorlox: Measuring Fusion Reactions in Real Time
    • RAL Space: Ensuring satellite reliability with vibration testing
    • Peerless Loudspeakers - Case study
    • Veneta Engineering: Height measurement tests
    • AneCom AeroTest GmbH Quality Assurance
    • POLITECNICO DI MILANO - Charpy Test
    • Case New Holland- Evaluating Tractor Sound Quality
    • Measurements on Water Turbines in Hydropower Plant
    • S+P WÄGETECHNIK: Wireless Mobile Legal for Trade Scales
    • Konica Minolta - PULSE Noise Source Identification
    • Link Engineering - Technical Case Study
    • HBK Measurement Technology Optimises a Vehicle's Stay Rod
    • CETEST, independent testing laboratory
    • DB Systemtechnik reserves HBK a permanent seat on regular trains
    • Koenig & Bauer AG: printing presses
    • SKF: Machine condition monitoring using PMX
    • Indonesian Environmental Impact Control Centre Facilities - Pusarpedal
    • Safe & Efficient Operation of Power Generator with Monitoring Systems
    • Siemens: Dynamic truck rear axle transmission test rig
    • Exterior noise certification of the Airbus A330 MRTT
    • Simond Uses Force Transducers to Develop Mountain Climbing Equipment
      • Contact Us - Force Sensors
    • Durability testing and monitoring structural performance
    • University of Windsor, Canada - Validation of lecture hall acoustics through experimental and computer analysis
    • XCMG Group: Control in Cement Mixing Plants
    • Measuring Mudslides: Tracking Extreme Forces
    • With QuantumX on the tracks of the Glacier
    • GE Healthcare Systems
    • HORIBA's vehicle test bench VULCAN
    • Load monitoring in the Olympiahalle arena in Munich
    • Optimized boat weight by real-time data acquisition
    • Helping Volvo maximise uptime: PULSE Software Maintenance and Support Agreement
    • Marenco: A helicopter on the test bench
    • Long-term monitoring on a motorway bridge
    • DCTA - The Department of Aerospace Science and Technology
    • Noise & Vibration Testing - Caterpillar
    • Quality is King as SINTEF Continues to Rely on HBK
    • Viking Ship Museum Uses Complete HBK Measurement System
    • The Transport Research Laboratory
    • Measured Force on the Chain
    • Cutting the commute for New Holland's harvesters
    • Accelerometers help improve Car Safety - Volvo
    • Thomas Magnete: Brake assistants test with QuantumX from HBK
    • Valeo - NVH Test and Analysis of Windscreen-wiper systems
    • Marti/Bitterli/EMPA: reduce vibration
    • Mazda Motor Corporation - Operational Modal Analysis
    • Aermacchi - The benefits of alliances
    • Case Study: The Renault Group
    • Satellite qualification testing at INPE
    • Snecma - Ground Vibration Testing - Case Study
    • KEMA High Voltage Lab: Using HBK's Genesis High Speed
    • HoneyInstruments - load cell makes the buz
      • Contact Page - Single Point Load Cell
    • How Hyster Uses HBK Equipment to Test Forklift Trucks
    • Testing Advanced Aerospace Materials at USC
    • Novares measure the effects of vibration at different temperatures
    • BAE Systems integrated structural testing regime
    • Technip: Permanent load monitoring in power station piping
    • MACLoC - The Intelligent Climbing Wall
    • Trasko Automatyka: Production control immune against EMI
    • NPO Saturn - Aero Engine Noise Certification
    • Modal analysis and PULSE Reflex (Case Study, The University of Windsor)
    • Hydro Leduc: Testing System for Speed Hydraulic Motors
    • Idento Operations uses HBK load cells for intelligent feed systems
    • Minesto: Power from tidal and ocean currents
    • Data analysis helps get optimized flex-joints and reduce design risk
    • Chevy Volt Uses LDS Vibration Test System for electric Vehicle Battery Durability Tests
    • Ford Motor Company deploys nCode software for vehicle loads data
    • Japan's largest wind turbine gearbox manufacturer: Ishibashi
    • HBK technology for building up the first German offshore wind farm
    • RWTH Aachen: E-Jet Steering Bow with Multi-Axis Sensors
    • Encounter with a rogue wave: HBK measurement technology ensures reliable results
    • USDA Forest Service deploys nCode Automation monitoring system
    • Purdue University - Testing Tyre/Road Noise
    • BOA optimizes flex-joints to market faster and reduces design risk
    • IRT Australia: SoMat eDAQ used in Australian rail operation
    • Pirelli Reifenwerke - Acoustic and Vibration Analysis of Tyres
    • Nippon Expressway Research Institute Company Limited (Japanese)
    • Hydrauflush: Maintenance and Overhaul of Hydraulic System
    • Strain gages in a wind tunnel application
    • Assembly and Test Solutions for the Automotive Industry
    • Inalfa - Production Testing of Sunroof Systems
    • BATZ, global supplier of solutions for the automotive sector
    • GreenMot: Testing of Electric and Hybrid Drives
    • HBK helps tail lifts meet regulations ahead of schedule
    • Noise and Vibration Testing on Fuel Pumps - TI Automotive
    • Medellín Metro: Portable diagnosis system for mobile data
    • Case study: NVH Simulator helps Subaru fine-tune sound packages
    • Measuring the centre of gravity of Airbus A320, A330 & A340
    • Monitoring of Bonded Joints with Customized Strain Gauges
    • Continental AG - NVH Measurement and Analysis
    • Testing of Innovative Offshore Wind Turbines at aerodyn
    • Integration of PMX with Torque Transducers at BCSA
    • Carcoustics Tech Center GmbH - Automotive NVH Testing Using PULSE
    • Vibration testing of automotive components: CU ICAR
    • Sensors on Hydraulic Platform for Translink International
      • Contact Page - Load Cells
    • Long service life and short standstill times
    • FFS: Optimized ski cross performance
    • Hill-Rom: Analyze Failure Data to Less Test Times for Medical Products
    • EtherCAT-Capable Test Stand for Electric Motors With TIM-EC
    • DB Systemtechnik: Measurement technology in railway engineering
    • Lockheed Martin's F-35 ramp noise and durability tests
    • Accurate Analysis of the Drive Using Raw Data
    • Cummins helps ensure generator set reliability with nCode GlyphWorks
    • Kindai University: Hearing loss at call centres
    • Gießen Regional Council - Noise control
    • SHP opts for QuantumX from HBK for bridge monitoring
    • The Hohenstein Group: Optimal Results Under Pressure
    • Hansen Transmissions - Analisi di riduttori
    • Case study:_Satellite Qualification Testing at INPE_
    • XFMEA - integration of ReliaSoft XFMEA into Navistar's - New Test
    • Bobcat reduces operator vibrations with whole-vehicle analysis
    • Safeguarding Londoners from construction noise
    • Isuzu - Improving the Sound Quality of Diesel Engines
    • Continental - Modal analysis of tyres - Case study
    • Best Crown China: highly accurate filling of coconut milk
    • Kai Le co: design optimization of auger-drilling machines
    • NEXCO-RI - Reducing Environmental Road Noise, Japan
    • Fine-Spect Develops a Checkweigher with FIT7A as the Core Element
    • EU Directive Compliance, R&D Testing - Liebherr
    • Kee Safety utilizes QuantumX in product development
    • HBK completes delivery of BAE HVME system
    • Lufthansa: Actuator testing
    • End-of-line production testing at Volkswagen, Kassel
    • Linamar - A Company on the Move
    • EMG PRESSES rely on MP85A FASTpress
    • Benien Produktionstechnik GmbH - Case Study
    • Wärtsilä: Using Natural Gas as Fuel in Marine Engines
    • Driving Dynamics Tests on Agricultural Machinery
    • The signals of an electric eel: piezoelectric power gener
    • IASP: Powerful Weighing Technology for Greener Energy
    • Noise Vibration Testing - London Taxis International
    • Vbration tests helps Valeo deliver reliability and performance
    • LISA Airplanes: Many technological innovations
    • Manitou - Case study
    • Dyno Dynamics: High-Speed Engine Dynamometers
    • Determination of center of gravity of mining machine superstructures
    • Lockheed Martin establishes a modern force transducer cal
    • Hirschvogel Pinghu: forging forces
    • Accelerated Life Testing to Achieve Optimum Design and Reliability
    • Ghent University uses GEN5i to measure the impact of bird strikes
    • FZK: loading by waves in wind power plants
    • Flying Eurofighter noise mapped by Br├â╞Æ├é┬╝el & Kj├â╞Æ├é┬ªr
    • Roxtec International AB, Sweden - Flexible cable and pipe sealing solutions
    • Brüel & Kjær - A Lifetime of Quality
    • UPM: Concrete beams provide greater resistance to impact
    • Liebel: Throughput checkweigher
    • Hansen Transmissions - Wind Turbine Gearbox Testing with PULSE
    • Solar/Wind Power for Noise Monitoring Terminals
    • IEF Werner: Servo press assembles fine and large parts
    • Analysis of Multiple Load Cases in a Single Test Bench
    • a-solution uses standard components to tune up test bench
    • Weighing technology takes central role in monitoring of tires production
    • PW22 meets requirements of scales manufacturer and certification body
    • Advanced Lightning Warning System Protects Spacecraft Launches
    • TRaC UK - LDS V984 Vibration Testing of Fuel Probes for the V22 Osprey
    • HBK Supports Sikorsky in Complex Helicopter Testing
    • SEAT - Audit Testing - Case study
    • Alenia Aeronautica - Flight Test Instrumentation
    • "RASTI Measurements in St. Paul’s Cathedral, London"
    • Isuzu - Improving the sound quality of diesel engines (Japanese)
    • TU Darmstadt Racing Team e.V. - Mobile Data Acquisition
    • Mobile Phone Testing - Flextronics
    • Marshall - convert and validate large, complex flight test data
    • Columbia River: underwater blasting project
    • BOAS: Infrastructures Under Close Supervision with HBK Transducers
    • Bosch Rexorth - Customized Testcell - Case Study
    • I.A.T. & Earthsystem: Monitoring of a church
    • Highly Efficient Test Bench For e-Motors Innovation
    • Force sensors measure impact of waves on flood defenses
    • Precise HBK data acquisition makes Jaguar even safer
    • The Kaunertal Project: Optical Measurements at High Press
    • Nordland County Municipality - Maintain the safety of Herøysund bridge
    • NIO develops improved durability simulations with help from AMCT
    • Ensuring structural integrity in commercial vehicles
    • Durability analysis of an electric mini-excavator
    • DAQ System Helps General Atomics Develop Motor for Aerospace
    • Full-Scale Accelerated Fatigue Test on a Rail Car Designed and Analyzed with nCode GlyphWorks - NEW
    • Measurement Day at HBK Virum with DTU Students
    • FRACAS closed-loop system helps meet API S53 compliance (2021)
    • Delivering quality data to increase mission capable aircraft readiness
    • Weibull++ | Weibull Analysis and Zero-Time Failures - APTIV - Case Study
    • Keeping vehicle exhaust noise in check
    • Root Cause Failure Analysis in Pulp/Paper Production – Reduced Maintenance Costs & Lessons Learned
    • How H3X is revolutionizing electric aviation with HBK’s Electric Motor Testing solutions
    • How to Future-Proof Your Test Systems for Hybrid and Electric Powertrains
    • Alstom: Testing Drive Systems of Trains on a Highly Efficient Test Bench
    • TÜV SÜD ATISAE Enhances Environmental Acoustics with B&K 2245 and Enviro Noise Partner
    • Humanoid Robot Performance with Westwood Robotics
    • Setting Sail On The Pacific Spirit
    • How BEMA prepares operators for Industry 4.0 with HBK’s smart load cells and IO-Link
    • Download BEMA prepares operators for Industry 4.0 with IO-Link
    • Keeping vehicle exhaust noise in check
    • Delivering quality data to increase mission capable aircraft readiness
    • Airbus A330 MRTT Noise Certification
    • BAE Systems: How to Get Reliable Systems in Complex Combat Vehicles
    • Defense Success Story - The Challenge of Designing and Producing Reliable Systems in Complex Combat Vehicles
    • Helping Microsoft to perfect sound quality
    • Life-changing hearing health and the role of HBK’s HATS
    • How collaboration with HBK experts transformed Aravis Levage’s custom lifting solution
    • Accelerating E-Mobility: CETIM Deploys Aqira for Smarter R&D
    • WS Audiology going for the ultimate hearing experience
    • Renault optimise durability tests and simulation analysis processes with nCode GlyphWorks software
    • Ford Accelerates Engineering Efficiency with Aqira for Road Load Data Management
    • Optimizing durability – ensuring the reliability of Knorr-Bremse’s ACR system under harsh vibration loads
    • Prodrive Technologies future-proofs innovation
    • Boost machining productivity while ensuring the reliability of your critical components
  • Recorded Webinars
    • Why digital sensors are the future - force, torque and load with IO-Link
    • Connecting physical and virtual testing in aerospace structural integrity
    • Automatic Field Data Processing for Equipment Validation
    • Webinar - Advanced Fatigue Calculations in nCode Glyphworks
    • Big Data Analytics for Engineers
    • A Better Way to Use MATLAB for Test Data Analysis
    • Automatic Reporting in nCode
    • Why Do Electrification Engineers Choose nCode GlyphWorks?
    • Performing FE-Based Fatigue Analysis with nCode
    • Webinar - DesignLife | Fatigue of Gray Cast Iron Powertrain Components
    • Webinar - Introduction to nCode DesignLife for Fatigue of Welds
    • System Reliability Analysis Using ReliaSoft BlockSim
    • Accelerated Testing
    • A Practical Use Case for Accelerated Degradation Analysis: Implementation, Challenges, and Results using ReliaSoft Software
    • Webinar - Understanding Fatigue Performance of Additive Layer Manufactured (ALM) Titanium Alloy
    • Lambda Predict Version 9 Quick Start Guide Chapter 1
    • Webinar - Material Testing and Fatigue Characterisation for Fatigue of Welds in nCode DesignLife
    • Understanding RMS, Reactive Power, and Apparent Power
    • Introduction Split-Hopkinson Bar Testing
    • Real-time Analysis of Electric Drives
    • Dynamic Power Measurement
    • Enhancements to the Genesis HighSpeed Family
    • Introduction to nCode GlyphWorks
    • Flexible Test and Measurement - with QuantumX
    • What's New: Perception 8.00
    • Acoustics and Vibration Analysis with nCode VibeSys
    • Actionable Insights from Digital Streams with nCodeDS
    • Applications for High-speed Torque Measurements
    • Aqira | Extending nCode Software to the Next Level
    • Accelerate Decision Making with Faster Analysis and Data Search
    • Introduction to nCode DesignLife
    • Design for Reliability Webinar Series: Part 2 - Reliability Risk Identification and Mitigation Using ReliaSoft XFMEA
    • Introduction to nCode Automation
    • Determine Measurement Uncertainties Using Power Analyzers
    • Battery Test Webinar Series - Performance and Efficiency Aspects of Electric Vehicles
    • Webinar - Composites: Fatigue Testing and Predictive Capabilities
    • Understanding the Wheatstone Bridge
    • How to Generate Consistent and Seamless Engineering Reports Using the Studio Glyph in nCode GlyphWorks
    • Webinar - Tips and Tricks for Understanding Vibration Fatigue in nCode DesignLife
    • Infrastructure Monitoring with Optical Sensors
    • DesignLife | Vehicle Lightweighting: Rivets, Joints and Composites
    • Structural Health Monitoring on Wind Turbines
    • Selecting the Right Amplifier for Your Application
    • Introduction to FIDES Standard Using ReliaSoft Lambda Predict
    • Webinar - Fatigue Curves & Material Datasets
    • What's New in ReliaSoft 2019
    • Learn How to Set Up a Force Measurement Chain from A-Z
    • Vehicle Lightweighting: Remove Weight, Not Strength
    • Electric Motors 101 for N&V Engineers
    • Reliability and Maintainability Solutions in Warehouse Operations: Best Practices for Same-Day Delivery with ReliaSoft Software
    • Residual stress measurements by hole drilling in accordan
    • Measurement Cables and Shielding
    • How XFMEA Can Help Improve Your FMEAs
    • Design for Reliability Webinar Series: Part 4 - Reliability Testing Strategies for Repairable System Using ReliaSoft Weibull++
    • Design for Reliability Webinar Series: Part 3 - Reliability Testing Strategies for Non-Repairable Components with Weibull++'s Accelerated Life Testing Module
    • Power Analyzers for eDrive Systems: Automated Efficiency
    • Obtain Fast and Accurate Results For Any eDrive Test
    • What to consider when installing a torque transducer
    • What's New in nCode DesignLife 2020
    • Powerful Processing of Measured Data
    • CAN BUS Integration to Accelerate Electric Motor Testing
    • High Voltage Impulse Testing
    • Electrical Signals to Evaluate Motor Durability
    • How to Accurately and Quickly Perform Electric Motor and
    • Measurement Uncertainty of Force Measurement
    • From Strain to Lifetime
    • Industrial Test Stands Using PMX
    • Webinar - 10 Common Mistakes in Fatigue Analysis
    • Webinar - Introduction to nCode GlyphWorks for Durability Analysis
    • Advanced Structural Health Monitoring: Three Must-haves
    • Tips for Strain Gauge Installation on Composite Materials
    • Test Bench and Control Technology
    • Higher RPM and Dynamics in Torque Measurements: A Trend?
    • The Minimum Vital Signal Processing Skills an FE Simulation Engineer Must Have
    • catman Enterprise - Thousands of Channels at a Glance
    • Integrated CANbus for HBK Power Analyzer and Perception
    • Building up Reference Measuring Chains
    • Mechanical Stress Testing of Materials Validates Finite E
    • Improving Reliability and Maintenance with RAM Analysis
    • Understand Electric Power from Digitized Electric Powertrain Data
    • Using Optical Strain Gauge Sensors with catman Software
    • Introduction to Quantitative Accelerated Life Testing Analysis
    • Calculate a Strain Gauge's Excitation Voltage
    • Whats New in nCode 2023
    • Electrical and Signal Post-Processing Techniques for AC Power Analysis in Electric Vehicles
    • Shaker Profile Design for Optimized Vibration Durability Tests
    • Common Questions Asked in Strain Gauge Applications
    • Residual Stress Analysis
    • Customizing GlyphWorks using Python Scripting
    • Temperature Compensation of Strain Gauges
    • Vibration Profile Design (formally known as Accelerated Testing)
    • Webinar - Introduction to nCode DesignLife for Frequency Domain Fatigue
    • Maintenance Strategies Using ReliaSoft RCM++
    • HBK Field Services - PCB Testing
    • Research & Development Testing
    • ReliaSoft and IBM Maximo Integration: A Framework to Drive Asset Planning and Performance
    • Accelerate Engineering Insights with Data Search
    • Getting Started With Data Acquisition Software catman
    • Strain Gauge Specifications: What do I need to know when
    • Avoid Typical Errors in Strain Gauge Installations
    • Creating an Equivalent Damage Validation Test with nCode GlyphWorks
    • Dynamic Testing and Analysis of Inverters, Electric Motor
    • How to Choose Strain Gauges for Sensor Design
    • Important Factors in Material Fatigue Testing
    • Fully-Automated Filling and Dosing
    • Integrating QuantumX Into Your Own Software Using the API
    • Get Smart in Your Production
    • What's New in nCode 12
    • Webinar - Durability and Reliability Post-processing from Rail Operational Data
    • Building sensors based on strain gauge technology
    • Webinar - Ensuring Full Vehicle Durability
    • Testing on Electrical Drive Trains
    • Benefits of Using nCode GlyphWorks Instead of Microsoft Excel for Processing Measured Data
    • Webinar - Random Vibration Fatigue Capabilities in nCode DesignLife
    • ReliaSoft XFRACAS as a Base Solution for Asset Performance Management
    • Smart Signal Conditioners in PC-Software Applications
    • CANape with HBM QuantumX
    • Webinar - Fatigue of welds using nCode DesignLife
    • Optimized Testing for Proving Grounds using nCode
    • How to Create Your Own Weighing-Application
    • Customize Perception with User Keys and the New
    • Building Signal Processing Graphically using nCodeDS
    • Selecting The Right Filter for Your Application
    • Ensure Minimal Measurement Uncertainty
    • Strain Gauge Based Fatigue Analysis
    • Resonant Bending Fatigue Test on Pipes
    • Innovative Monitoring
    • Advanced Aircraft Electrical System Testing
    • Dynamic Real Time Power Measurement
    • QuantumX MX1615 - A Universal Bridge Amplifier
    • Optical Fiber Sensors Unveiled - How These Sensors Will Fulfill your Application Needs
    • Improving Shaker Tests to Deliver Reliable Products
    • Durability Testing On High Tensile Materials
    • Test & Measurement Equipment for Electric Motors
    • Measuring Torque in Marine Applications
    • Webinar - Additive Manufacturing: Design for Fatigue
    • Understanding Measurement Uncertainty for Electric Drives
    • Design a Flawless Optical Measurement System
    • How to Properly Install Strain Gauges
    • Temperature Compensation of Strain Gauges
    • Advanced Aircraft Electric System Testing
    • Overview of Life Data Analysis (Nerdlunch Webinar)
    • How to Install a Torque Sensor
    • Introduction to Vibration and Dynamics
    • Correlating FE and Test
    • Applying Statistical and Reliability Techniques for Determining Battery Life in Electric Vehicles
    • High-speed Data Acquisition in Strain Measurement
    • Calibration & Re-Calibration of Torque Transducers
    • Simplifying Motor Inverter Validation
    • GPS Visualization & Processing
    • Mobile Data Acquisition Made Easy
    • Correctly Measuring Current and Voltage
    • Intelligent Monitoring Systems for Machines and Buildings
    • From Sensor to Industrial Automation
    • What's New in nCode 2018?
    • Strain Gauge Measurements on PCBs
    • Webinar - Transform CAE-based Fatigue Analysis with Aqira
    • How to Turn a Component Into an Active Sensor
    • Temperature Stabilization of Test Product Using Design of Experiment Methods
    • Fatigue and Durability Testing
    • Accelerate Decision Making with Faster Analysis and Data
    • Fatigue and Durability Analysis with nCode GlyphWorks
    • High-voltage Pantograph Overhead-line Monitoring
    • Composites - Hints for Strain Gauge Installation
    • Durability Assessment of Adhesive Bonds in Vehicles Bodies
    • Lunch and Learn: Automated Reporting in nCode GlyphWorks
    • Fatigue and Durability of Modern Engineered Materials
    • High Precision Torque Sensors for Flexible Measuring
    • Engineering Services for Strain in Americas
    • Calculating Residual Stress from the Measured Strain
    • Maximizing Test Time Efficiency in Aircraft Testing
    • Rotating Machinery Noise and Vibration Analysis with nCode VibeSys
    • Strain Gauge Measurements on PCBs
    • Solving Customer OEM Sensor Problems
    • Reducing Emissions Through Load Measurements
    • Webinar - Improved Accuracy of Weld Fatigue Analysis using WholeLife
    • How to Confidently Accelerate Life Tests
    • Everything You Should Know about Aircraft Structur
    • Incorporating Industrial Ethernet Into Your Measurement
    • Webinar - Fatigue of Welds using nCode DesignLife 2018
    • Introduction to Measuring Electric Power
    • Process Control for Torque to Turn & Press Fit Monitoring
    • New Solutions for Smart Weighing Applications 4.0
    • Get the Most out of TEDS
    • Webinar - Comparison of Fatigue Analysis Methods
    • Reliability Test Design: Linking Fatigue and Reliability
    • Psycho-Acoustics Analysis with nCode VibeSys Using Experimental Data
    • Using Warranty Data Analysis for Making Better Business Decisions
    • Fatigue Characterization and Testing of Materials
    • Setting up a Force Measurement Chain in Test&Measurement
    • What's New: Perception 8.00 Electric Power Testing
    • Using Warranty Data Analysis for Making Business Decisions
    • What Impact Does High Accuracy Have on Torque Measurement
    • From the Sensor to the Control
    • Modal Analysis with nCode VibeSys
    • An Introduction to Noise and Vibration in Electric Motors
    • FRACAS - A Key Contributor to the Success of a Reliability Program
    • Creating an Equivalent Damage Validation Test with nCode GlyphWorks
    • Tips and Tricks Using catman Easy/AP
    • Vibration of Rotating Machinery
    • Reliability Growth Analysis: Why, When and How It Is Applied
    • Typical Errors in Strain Gauge Installation
    • Back EMF Measurements for End of Line Motor Validation
    • The Challenges of Structural Health Monitoring (SHM)
    • The Pros and Cons of Amplified Force Sensors
    • Preparing Strain Gauge Measurements With Bridge Amplifier
    • Real Time Analysis of Electric Drives
    • Introduction to Reliability Test Design Using ReliaSoft Weibull++
    • Webinar - Fatigue Analysis of Short Fibre Reinforced Injection Moulded Thermoplastics
    • Test Data Analysis for Aerospace
    • Designing Landing Gear for Durability
    • Efficiency Testing on Electrical Drive Trains
    • Rugged, Unattended Vehicle Testing
    • Hole-Drilling Residual Stress Measurements
    • Accurate Load Measurements in Marine Engines
    • Residual stress measurements - ASTM standard
    • Measuring Torque Ripple and Noise and Vibration
    • Composite Failure Analysis in nCode DesignLife
    • Optical & Electrical Test & Measuring Equipment
    • Webinar - Introduction to Fatigue Analysis Theory
    • Fast Efficiency Mapping of Electric Drives
    • Innovative Optical Measurement Technology
    • Introduction to nCode Automation
    • How To Accelerate Motor Calibration & Control Development
    • Measurements with Cylindrical Strain Gauges in Bolts
    • Using LabView with HBM DAQ
    • Selecting a Power Analyzer for Electric Drive Testing
    • Structural Dynamics: Transient and Random Loading with nCode DesignLife
    • What's New in Reliasoft 2023
    • What's New in ReliaSoft 2021
    • Protecting Strain Gauge Measuring Points - Tips and Tricks
    • Webinar - Prenscia User Success: Accuride's Commercial Truck Wheel Accelerated Test Load Development Using nCode Glyphworks and DesignLife
    • Installing Torque Transducers
    • How to Confidently Accelerate Life Tests
    • Calculating Residual Stress from Measured Strain
    • Webinar - Introduction to nCode DesignLife for Fatigue of Welds
    • Tips & Tricks:How to Install a Rotating Torque Transducer
    • Dynamic Power Measurement and Faster Efficiency Mapping
    • Introduction to nCode GlyphWorks Super Glyphs
    • Requirements of Modern Automation Systems
    • What's New in Perception v8.30
    • HBM Torque 101
    • The HBM Collection of Universal Strain Gauge Bri
    • Introduction to Digital Signal Processing and Vibration Analysis
    • A Sensor for Electrical Temperature Measurement
    • FEA-Test Comparison with Modal Assurance Criterion (MAC) Analysis
    • Webinar - 10 Ways to Perform a Faster Fatigue Analysis
    • Electrical & Optical Strain Gauges in Wind Turbine
    • Smart Technologies for Mobile Vehicle Testing
    • What's New in nCode 2022
    • Multi-Channel Data Acquisition
    • Torque Measurement Uncertainty 101
    • Three Ways to Optimize Your Production with IOT
    • Measuring Power Losses in Motors and Inverters
    • Advantages of digital weighing technology
    • Powertrain Durability Analysis using Measured Data
    • Demystifying Dual Range Torque Sensors
    • 10 Ways to Avoid Wasting Time on Durability Testing
    • Recent Advancements in the Hole-Drilling Strain
    • Vibration of Rotation Machinery
    • Design for Reliability Webinar Series: Part 1 - How to Set Reliability Targets Using ReliaSoft Software
    • Distributed Analysis and High Performance Computing with DesignLife HB
    • Reliability Techniques for Determining Battery Life in Electric Vehicles
    • Introduction to Reliability Engineering
    • Correlating Experimental Test Data and FE Results
    • Challenges in Data Management for SHM
    • Correlation of CAE and Experimental Test Results
    • How to Turn a Component into an Active Sensor
    • Accelerated Efficiency Mapping of Electric Machines with
    • How to Reproduce Engine Vibrations on Shaker Tables
    • Editing Time Series Data with nCode GlyphWorks
    • Modal Analysis with nCode VibeSys 13
    • Reliability and Maintainability Optimization for High-Value Assets
    • Electric Motors 201 for N&V Engineers
    • Railway Pantograph Overhead-Line Monitoring
    • Overwhelmed by Data, Solutions for Making Key Decisions from your Test Data
    • Three Ways to Optimize Your Production with IOT
    • Dynamic Power Measurements: Electric/Hybrid Drive Systems
    • Control Solutions in Mechatronic Systems
    • Looking at Measured Data in the Frequency Domain
    • New Sensor Concepts for Checkweighers
    • Validating Motors, Inverters, and Electric Powertrain
    • Power Analysis on Complex Drives
    • High Precision Torque Sensor for all Tasks
    • Electric motor harmonic analysis, tracking & measurement
    • Implementing the New AIAG-VDA FMEA Handbook using ReliaSoft XFMEA
    • Introduction to Strain Gauges
    • Webinar - Fatigue Analysis from non-linear FEA
    • Web-based Dashboard for ReliaSoft Applications
    • Is a Newton always a Newton?
    • Reduce Your Effort!
    • Introducing the New Circular Shaft Torque Semsor
    • Webinar - Multiaxial Fatigue Life Prediction
    • Introduction to Reliability Block Diagrams Using ReliaSoft BlockSim
    • Monopile Monitoring with FBG Sensors
    • Tech Compared in Bridge Monitoring
    • Distributed Analysis and High Performance Computing with DesignLife
    • Field Installations of Optical SHM Systems
    • Structural Testing in Modern Aircraft Design
    • 10 Ways to Make your Process Smarter with Metadata
    • Webinar - Frequency Domain Fatigue Analysis with nCode DesignLife
    • Connecting Force Transducers to Instruments
    • Benefits of the Modern-Day Measurement Chain
    • Understanding Measurement Uncertainty in Electric Drives
    • How to Choose a Rotating Torque Sensor
    • From the Sensor to the Control
    • Measuring Temperatures and Voltages
    • Advantages of Digital Force Measurements
    • Battery Pack Test & Measurement Webinar Series
      • Battery Testing Webinar Series - Physical Single Cell Testing (Pressure Analysis)
      • Battery Testing Webinar Series - Vibration Testing Live Batteries During Charge/Discharge Cycling
      • Battery Testing Webinar Series - Battery Structural Durability and Integrity
      • Battery Testing Webinar Series - Physical Testing – Battery Performance and Thermal Integrity
      • Battery Testing Webinar Series - Short-Circuit Testing of High-Performance Batteries
    • Minimizing Measurement Uncertainty
    • Functionality and Performance Improvements in nCode 13.1
    • How to reduce electric drive testing times by 50%
    • Force Measurement Using Strain Transducers
    • Dynamometer Engine Testing
    • Electric Aircraft Powertrain Testing
    • Vibration Analysis in nCode Glyphworks
    • Tips and Tricks for nCode GlyphWorks
    • New Approach to Warranty Data Analysis
    • Introducing eDAQXR-lite
    • Strain Gauge Specifications
    • Designing and Testing Endurance of Structural Components for Electric Vehicles
    • Webinar - Analysis Methods for Fatigue of Welds
    • Linking the Time and Frequency Domain with nCode VibeSys
    • Mechanical Aircraft Testing
    • Flexible Testing with QuantumX
    • Block Cycle Test Creation in nCode GlyphWorks
    • Applying the Wheatstone Bridge Circuit
    • Dynamic Strain Measurement
    • Higher RPM and Dynamics in Torque Measurements
    • Fatigue Characterization and Testing of Materials
    • Webinar - Creating an Equivalent Damage Validation Test with nCode GlyphWorks
    • Lower Production Costs using Smart Industrial Electronics
    • How to Reduce Measurement Uncertainty
    • Digital Recorders - The Modern Replacement
    • Powertrain and Safety Factor Analysis
    • Introduction to Reliability Test Design Using ReliaSoft Weibull++
    • Webinar - The Role of Vibration Fatigue in nCode DesignLife
    • Using Advanced Analysis and Measurement Techniques
    • Optimize Vehicle Testing using XCP-on-Ethernet
    • Time Frequency Analysis
    • Software Development: Optimization by Adding Sensor Data
    • Structural health monitoring of wind turbines
    • Power measurement on wind turbine generators
    • Improving the Durability and Efficiency of Electric Vehicles with Powerful Analysis
    • What's New in ReliaSoft 2020
    • Maximizing Test Time Efficiency in Aircraft
    • Setting up Measuring Amplifiers safely with TEDS
    • Precise Weighing in Your Packaging Machine
    • A New Era with Open Automation
    • Strain Gauge Methods for Measuring Residual Stress
    • Webinar - 10 Common Mistakes in Fatigue Analysis
    • nCode 13 | Functionality and Performance Improvements
    • Understanding And Measuring Failure Modes
    • Introduction to Weighing Technology
    • Webinar - Analysis Methods for Fatigue of Welds
    • From Strain to Report Using Strain Gauges
    • Efficiency Testing on Electrical Drive Trains
    • Configuring an Amplifier for Data Acquisition
    • Using Display and Analysis Techniques to Rapidly Gain Insights from Measured Load Data
    • How Electrification Has Changed Aircraft Testing
    • Benefits of Load Reconstruction
    • Measurement Uncertainty in Torque Applications
    • Strain Gauge Excitation
    • Selecting the Right Strain Gauges & Adhesives
    • Power Analysis on Complex Drives
    • Webinar: How-To - Create and Use Compensation Matrixes
    • What's New in nCode 2019
    • Modal Analysis using Hammer or Shaker Excitation
    • Multi-channel Data Acquisition with High Sample Rate Requ
    • Configuring an Amplifier for Data Acquisition
    • Streamlining Data Manipulation and Engineering Analysis with Pandas and nCodeDS
    • Structural Health Monitoring Using Optical Technology
    • Smart Industrial Electronics for Lower Production Costs
    • Understanding NVH in Inverter Driven Electric Machines
    • How Digital Weighing Technology Saves You Money
    • Hygienic Dynamic Weighing in Industrial Packaging Systems
    • Measuring Power Losses in Electric Motors and Inverters
    • Track FMEAs and Reliability Results via Web Browser
    • Mastering Aerodynamics - Road to Precision and Accuracy
    • Tips & Tricks: Torque Ripple and NVH Test Stand Setup
    • Optical Measurement Solutions for Aerospace
    • Load Monitoring Systems in Press Applications
    • Road Load Data Acquisition with CAN FD
    • Measuring Torque Ripple Accurately
    • Intelligent Automation Systems in Test Bench and
    • Fundamentals of RAM Analysis: How to Conduct a RAM Analysis Using ReliaSoft's Reliability Block Diagrams
    • Measurements at High Strain Levels
    • Torque Measurement Uncertainty
    • Introduction to Fatigue & Durability
    • Simplifying Large Channel Count DAQ Systems
    • Automation and Data Analysis in Test Stands
    • High Speed Torque & Couplings for Demanding Applications
    • Maintenance Cost Optimization for a System with Assured Availability
    • Design for Reliability Webinar Series: Part 5 - Reliability Test Design: Linking Fatigue and Reliability
    • Strain and Strain Rate Measurement on PCBs
    • In Vehicle Electric Power Measurements I
    • Four Steps to Easily Integrate Optical Sensors
    • Impact of High Accuracy on Torque Measurements
    • Structural Health Monitoring Using Optical Technology
    • Grid Harmonics Measurement
    • Webinar - Distributed Analysis and High Performance Computing with nCode DesignLife
    • Webinar - Introduction to nCode DesignLife for Frequency Domain Fatigue
    • Understanding Source of Noise of Electric Engines
    • Next Generation eDAQ... the eDAQXR
    • What's New in nCode 2022.1
    • Testing electric vertical take-off and landing aircraft
    • Understanding Force Sensors and Best Practices
    • Aqira 2019 for Engineering Apps and Process Standardization
    • Road Load Data Acquisition & Vehicle Testing with CAN FD
    • Mixed signal measurement in full-scale aircraft testing
    • ReliaSoft 2018: New Capabilities
    • Data Driven Decisions with ReliaSoft Weibull++
    • Durability and Reliability Driven Asset Management
    • Bending Beam Load Cells in Harsh Environments
    • Calibration and Recalibration of Force and Load Sensors
    • Advantages of Digital Force Measurements
    • Webinar - Accelerated Durability Testing
    • An Introduction to Electric Power Measurement
    • Ensure Minimal Measurement Uncertainty
    • Metallic Strain Gauges and Their Mechanical Load Limits
    • Strain Gauge based Precision Measurement Chains
    • How to Install a Torque Transducer - Tips & Tricks
    • Ensuring Aircraft Integrity through Streamlined and Automated Data Process
    • Infield's Test Control Module
    • Integration of Torque Sensors into Automation Environment
    • Back EMF measurements for electric vehicle motor
    • Electrification Meets Ground Vibration Testing
    • Fatigue and Durability Explained
    • Battery Test Webinar Series - Understanding and Improving the Performance, Durability and Reliability of Electric Vehicles
    • Railway Measurements Webinar Series
      • Measurement in and for Railway - the HBK Ecosystem
      • Durability and Reliability Post-processing From Rail Operational Data
      • On-board and Wayside Train Measurement: Enabler of Efficient Operations
      • Rail Vehicle Moving Source Beamforming
    • Measure, Control and Connect with PMX
    • How to Choose the Right Force Sensor for My Measurement
    • Advanced Aircraft Electrical System Testing
    • Thermal Testing Methods for eMobility
    • The Ideal Measurement Chain of Torque for Electric Motors
    • An Update on Materials Engineering & Selection
    • Uncertainty of Force Measurements
    • Measuring Torque Ripple in Electric Machines
    • Minimize Measurement Uncertainty of Strain Gauge
    • Optical Fibre Sensors Unveiled
    • catman Sensor Database
    • catman's Transducer Database
    • Battery Test Webinar Series - Mechanical and Durability Aspects of Electric Vehicles
    • Checkweighing for Your 100%-Quality Control
    • How to Correctly Install Force Transducers
    • An Introduction to Shaker testing
    • Why Does Your Product Break?
    • What's New in nCode 11.1
    • Understanding the Wheatstone Bridge
    • In Vehicle Electric Power Measurements II
    • Accelerometers for Beginners: Selection,Proper Use & Care
    • New GEN3i Portable Data Acquisition & Perception
    • Get the Most out of Your Optical Interrogator
    • Safe and Easy Calibration of Machines and Production
    • Creating Custom Multi-Axis Sensors for Robotics
    • nCode 13 Functionality and Performance Improvements
    • Advanced Measurements and Analysis
    • Webinar - Quantify the Reliability of Automotive Electronic Components Subjected to Vibration
    • Selecting the Right Strain Gauge, Adhesive, and Covering
    • Protecting Strain Gauge Measuring Points
    • How to Perform Design FMEA Using ReliaSoft XFMEA
    • Making Safe and Accurate High Power Measurements
    • Webinar - Valeo Addresses Big Data and Durability Predictions with HBM Prenscia
    • Introduction to Measurements Using Strain Gauges
    • Vehicle Energy Management and Range Testing for Vehicles
    • Smart Signal Conditioners versus PLC
    • Optimize Structures with Asset Health Monitoring
    • Mobile Durability Testing and CAN FD
    • How to Select a Rotating Torque Sensor
    • How to Correctly Install Force Transducers
    • What's New in ReliaSoft 2022
    • Webinar - nCode for Fatigue and Durability Analysis
    • Easily Visualize Multiple Videos with Signals in Sync Using nCode GlyphWorks
    • Accelerometers - Selection, Correct Use and Care
    • Averaging of signals and measurements
    • Battery Test Webinar Series - Statistical and Reliability Aspects of Electric Vehicles
    • Tips and Tricks for Using Strain Gauges
    • What's New in nCode 2023.1
    • Test Data Management and Analysis using Aqira
    • Structural Dynamics Questions?
    • Scale Your Reliability Analysis With Automation and Data Integration
    • General Noise & Vibration and Structural Dynamics Testing in NVH
    • Exterior Noise in NVH
    • Smart Force Sensors: Enhanced Accuracy, Higher Reliability and New Applications in Test and Production
    • Adopt Physics Informed Machine Learning, With Sensor Data, to Find More Robust Models for the Prediction of Structural Failures
    • What's New in nCode 2024
    • What's New in Reliasoft 2024
    • Standards-based reliability predictions with ReliaSoft LambdaPredict
    • Empowering Engineers with Data Management
    • Maximizing Process Efficiency for Managers
    • Simplifying IT Management for Automotive Data Systems
    • Using ReliaSoft to meet Ford CSR and other OEM FMEA requirements
    • Building Acoustics Measurements with 2255
    • Environmental Noise Measurements with 2245 and 2255
    • Introduction to 2245 and 2255
    • Addressing the Challenges of Vibration Fatigue for Electric Vehicles
    • Whats New in nCode 2024.1
    • Selecting The Right Shaker System
    • DE-Warum digitalen Sensoren die Zukunft gehört - Kraft-, Gewichts- und Drehmomentsensoren mit IO-Link Schnittstelle
    • Why digital sensors are the future - force, torque and load with IO-Link
    • Unparalleled Precision in Sound and Vibration Testing: Introducing Fusion-LN
    • Intro to Fatigue and Durability
    • Test Data Analysis with nCode GlyphWorks
    • Get Smart in Your Weighing Technology (WT) and Save Time and Money
    • Pantograph Monitoring Introduction
    • Connecting Physical and Virtual Testing in Automotive Durability
    • Turn Data Overload into Actionable Insights - Introducing Advantage Insights empowered by nCode
    • Unveiling Event: A First Look at ReliaSoft Cloud
    • Deep Dive Webinar: Exploring the Capabilities of ReliaSoft Cloud
    • Torque Testing for R&D and End-of-Line Applications
    • digiBOX Webinar: Automation made easy - limits were yesterday
    • Ensuring product durability with FEA-based fatigue life prediction
    • Towards Zero Prototype Design and Qualification by Simulation
    • Improve Your FMEA Process: Ditch Spreadsheets, Capture Risk, and Boost Efficiency
    • Troubleshooting Analyser - Recorded Webinar
    • Extracting Engineering Insights from Huge Volumes of Connected Equipment Data
    • What's New in nCode 2025.1
    • Webinar - Predicting the Fatigue Life of Welds with WholeLife
    • Webinar - How to Perform Design FMEA Using ReliaSoft XFMEA
    • Webinar: From Data Chaos to Clarity – Unlocking the Full Power of nCode with Aqira
    • Durability Testing
    • Correlating CAE results with measured test data
    • Measuring Human Audio Perception
    • Pressure & Vibration Sensor Solutions for Extreme Environments
    • NVH - DISCOM acoustic testing in industrial production
    • Designing Durable and Reliable Energy Assets
    • Maximizing Energy Asset Performance and Uptime in Service
  • Presentations
    • Neue Qualitäten in der Signalerfassungstechnik - Dyn-X und Req-X - VDI-Schwingungstagung 2007
    • Aussagekräftige Interpretation von Schallfeldkartierungen mittels SONAH und Conformal Mapping - DAGA 2007
    • Applications of Frequency Domain Curve-fitting in the EFDD Technique - IMAC 2008
    • Application of sound source identification using clean-sc to a turbofan engine
    • A new approach to end of line vehicle audit – turning subjective evaluations to objective rankings using a new signal processing algorithm
    • The use of measurements and GPS for noise mapping, Baltic-Nordic Acoustics Meeting 2004
    • Engineering Information Note: Dos and Don'ts in Vibration
    • Technical Tips No. 1: Trading Velocity and Force using Transformer Tapping
    • Modal analysis of operating wind turbine rotors: two OMA methods to deal with periodic systems
    • Cointegration for Detecting Structural Blade Damage in an Operating Wind Turbine: An Experimental Study
    • A NOTE ON THE USE OF VIBRO-ACOUSTIC TRANSMISSIBILITY TO ESTIMATE VIBRO-ACOUSTIC RESPONSES
    • Adaptive feature selection for enhancing blade damage diagnosis on an operational wind turbine
    • A comparative study on data manipulation in PCA-based structural health monitoring systems for removing environmental and operational variations
    • Cross-spectral matrix denoising for beamforming in wind tunnels
    • New techniques and tools for efficient test setup and system verification
    • A New Beam Beam Array Design For Noise Source Site, ASA 2002
    • The Use of Measurements and GPS for Noise Mapping, Baltic-Nordic Acoustics Meeting 2004
    • Quality Assurance for the Calculation of Large Noise Maps - Forum Acousticum 2002
    • Uncertainties in Environmental Noise Assessments ISO 1996, Effects of Instrument Class and Residual Sound
    • Long-term Leq Errors Expected and how long to Measure (Uncertainty and Noise Monitoring) - Forum Acousticum 2005
    • Implementing Prediction Standards and Calculation Software - the Various Sources of Uncertainty - Forum Acousticum 2005
    • Error Propagation Analysis of XPS 31-133 and CRTN to help Develop a Noise Mapping Data Standard - Forum Acousticum 2005
    • Uncertainty Analysis of the Harmonoise Road Source Emission Levels - Forum Acousticum 2005
    • Accuracy Implications of Using the WG-AEN Good Practice Guide Toolkits - Forum Acousticum 2005
    • Current Trends in Environmental Noise Monitoring in Europe - INCE-Japan 2005
    • Current Trends in Environmental Noise Calculation Software in Europe - INCE-Japan 2005
    • Nordtest Method of Implementation of Environmental Noise Calculation Methods in Software - Euronoise 2006
    • Measurement of transmission loss of materials using a standing wave tube - Internoise 2006
    • Travelling Waves in Squealing Disc Brakes Measured with Acoustic Holography - SAE 2003
    • Erweiterung des nutzbaren Dynamik- und Frequenzbereiches - DAGA 2008
    • Effiziente KFZ-Innenraum-Schallfeldkartierungen mittels Spherical Beamforming und Conformal Mapping - DAGA 2008
    • Moderne Verfahren zur Schallquellenortung mit Arraysystemen - Paper
    • Efficient Interior Noise Source Identification based on conformal mapping using SONAH holography for details on selected panels - JSAE 2008
    • Transducer Response Equalization - JSAE 2008
    • Exterior Noise Contribution Analysis with Simulated Indoor Pass-by Measurement - SAE INDIA 2008
    • Investigation of volume velocity source based on two microphone method for measuring vibro-acoustic transfer functions - ISMA 2008
    • Application of decomposition-based technique in NVH source contribution analysis - ISMA 2008
    • Application of OMA-EMIF Algorithm to Cable Stayed Bridges - ISMA 2008
    • Traveling waves in squealing disc brakes measured with acoustic holography
    • Operational Modal Analysis on Structures with Rotating Parts - ISMA 2008
    • 3D Localization of Acoustic Sources with a Spherical Array - Acoustics '08
    • Binaural Auralization based on Spherical-Harmonics Beamforming - Acoustics '08
    • Array based Measurement of Radiated and Absorbed Sound Intensity Components - Acoustics '08
    • A Comparison of SONAH and IBEM for Near-field Acoustic Holography - Acoustics '08
    • A Study of Regularization Parameter choice in Near-field Acoustical Holography - Acoustics '08
    • ISO 1996 Tones - Acoustics '08
    • Array based Measurement of Radiated and Absorbed Sound intensity Components - Acoustics '08
    • Operational Modal Analysis on a Wind Turbine Gearbox - IMAC 2009
    • Application of Transmissibility Matrix Method to NVH Source Contribution Analysis - IMAC 2009
    • Clustering Approaches to Automatic Modal Parameter Estimation - IMAC 2009
    • Application of Operational Modal Analysis and Blind Source Separation / Independent Component Analysis Techniques to Wind Turbines - IMAC 2009
    • Feasibility of Using Four-Post Road Simulator for Modal Analysis of a Truck Frame - IMAC 2009
    • Operational Modal Analysis of Large 2-pole Rotating Machinery - IOMAC 2009
    • Data Acquisition Systems for Operational Modal Analysis - IOMAC 2009
    • Turnkey free-field reciprocity system for primary microphone calibration - Internoise 2009
    • Time Selective Response Measurements - Good Practices and uncertainty - Internoise 2010
    • Dynamic Characterization of Operational Wind Turbines using Operational Modal Analysis - Paper
    • System identification methods on Alstom ECO 100 wind turbine - Paper
    • Developments in Transmissibility Matrix method in application for structure borne noise path analysis - JSAE 2009
    • Application of operational noise path analysis to systems with rotational degrees of freedom - ISMA 2010
    • Applicability Limits of Operational Modal Analysis to Operational Wind Turbines - Paper
    • Application of Transmissibility Matrix method to structure borne path contribution analysis - NAG/DAGA 2009
    • Output-only Modal Analysis on Operating Wind Turbines Application to Simulated Data - EWEC 2010
    • Aerodynamic noise source identification in wind tunnels using acoustical array techniques - 8th MIRA
    • Multi-field Microphone Γö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├│╬ô├⌐┬╝Γö╝├┤ when the Sound Field is unknown - IMAC 2009
    • Operational modal analysis on a modified helicopter - IMAC 2011
    • Operational Modal Analysis of operating wind turbines: application to measured data - IMAC 2011
    • Advanced operational modal analysis methods for linear time periodic system identification - IMAC 2011
    • An alternating least squares (ALS) based blind source separation algorithm for operational modal analysis - IMAC 2011
    • A Comparison of Two and Four Microphone Standing Wave Tube - Procedures for Estimating the Normal Incidence Absorption Coefficient - Internoise 2009
    • Using Sound Quality To Improve Your Product - International Appliance Technical Conference & Exhibition 2006
    • Correlating Noise Sources Identified by Beamforming with Sound Power Measurements - SAE 2005
    • Comparative Study of the ASTM E1050 Standard for Different - NoiseCon 2011
    • Technology Advances in Remote Noise Monitoring - Paper
    • Dynamic Noise Mapping for Pro-Active Environment Noise Management - Internoise 2011
    • Noise source identification - Acoustics 2012
    • High-resolution Fly-over Beamforming Using a Small Practical Array
    • Noise Source Identification with Blade Tracking on a Wind Turbine
    • Recent Advances in Rail Vehicle Moving Source Beamforming
    • Use of hand-held array for NVH measurement in the automotive industry
    • Localizing Noise Sources on a Rail Vehicle during Pass-by
    • Quantifying uncertainty in modal parameters estimated using higher order time domain algorithms - IMAC 2014
    • Modal Analysis of Rotating Wind Turbine using Multiblade Coordinate Transformation - IMAC 2014
    • Application of OMA to operational wind turbine
    • Application of OMA to operational wind turbine: methods for clearing the Campbell diagram
    • APPLICATION OF OMA TO AN OPERATING WIND TURBINE: NOW INCLUDING VIBRATION DATA FROM THE BLADES, IOMAC 2013
    • Harmonic Removal as a Pre-processing Step for Operational Modal Analysis: Application to Operating Gearbox Data
    • HIGH-RESOLUTION FLY-OVER BEAMFORMING USING A PRACTICAL ARRAY
    • Quantifying uncertainty in modal parameters estimated using higher order time domain algorithms
    • A Non-Hermitian Joint Diagonalization based Blind Source Separation algorithm for Operational Modal Analysis
    • Least action criteria for blind separation of structural modes
    • Using the unified matrix polynomial approach (UMPA) for the development of the stochastic subspace identification (SSI) algorithm
    • A study and extension of second-order blind source separation to operational modal analysis
    • Designing the sound experience with NVH simulation
    • EWSHM 2014: LOSS OF ROTOR ISOTROPY AS A BLADE DAMAGE INDICATOR FOR WIND TURBINE STRUCTURE HEALTH MONITORING SYSTEMS
    • Effect of a damage to modal parameters of a wind turbine blade
    • LPTV SUBSPACE ANALYSIS OF WIND TURBINES DATA
    • Force transmissibility versus displacement transmissibility
    • Experimental characterization of operating bladed rotor using harmonic power spectra and stochastic subspace identification
    • Wideband acoustical holography
    • Evaluation of SPC and BSS for indoor pass-by noise contribution analysis
    • Estimating Contributions of Vehicle Pass-by Noise Sources
    • Environmental Sound Classification in Realistic Situations
    • New techniques to determine specific noise for increasing the effectiveness of continuous unattended noise monitoring systems
    • Non-stationary Holography on Arbitrary Source Shapes
    • Noise sentinel Γö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├│╬ô├⌐┬╝Γö╝├┤ a proactive approach to noise management in mining operations at BHP Billiton Worsley Alumina Pty Ltd
    • Experimental characterization of an operating Vestas V27 wind turbine using harmonic power spectra and OMA SSI
    • Comparative study of OMA applied to experimental and simulated data from an operating Vestas V27 wind turbine
    • Reproduction of realistic background noise for testing telecommunications devices
    • A practical guide to using MIMO vibration control for MIL-STD-810 single axis transport testing of large, resonant land based military payloads
    • Extension of acoustic holography to cover higher frequencies
    • Utilising the Strengths of Different Sound Sensor Networks in Smart CityNoise Management
    • Idle Vibration Analysis and Evaluation Utilizing a Full-Vehicle NVH Simulator
    • From noise monitoring to noise management a better way to deal with noise issues
    • Simulation of realistic background noise using multiple loudspeakers
    • Experimental dynamic characterization of operating wind turbines with anisotropic rotor
    • Smart Setup and Accelerometer Mounting Check for Vibration Measurements
    • Statistical evaluation of characteristic SDDLV-induced stress resultants to discriminate between undamaged and damaged elements
    • Damage localization in a residential-sized wind turbine blade by use of the SDDLV method
    • Vibration-based SHM System: Application to Wind Turbine Blades
    • Damage assessment for wind turbine blades based on a multivariate statistical approach
    • A Modal Appropriation based method for Operational Modal Analysis
    • Parameter Estimation algorithms in Operational Modal Analysis: A Review
    • Blind Source Separation Applied to Indoor Vehicle Pass-By Measurements
    • A blind source separation based approach for modal parameter estimation in traditional input-output experimental modal analysis framework
    • Subspace Algorithms in Modal Parameter Estimation for Operational Modal Analysis: Perspectives and Practices
    • Improving the efficiency of deconvolution algorithms for sound source localization
    • Comparison of binaural microphones for externalization of sounds
    • A Shift in the Noise & Vibration Market: The Demand for Cost-Effective Standardized Testing
    • Noise and Sound Quality Optimization of Agricultural Machine Cab
    • Automotive tire/road sound quality
    • Investigation of a High Frequency Sound Quality Concern in a Refrigerator and Resulting Compressor Design Study
    • Fast wideband acoustical holography
    • Measuring vibration characteristics in seating
    • Vehicle Pass-by Noise Estimations for Component-Level Design
    • Active Vibration-based SHM System: Demonstration on an Operating Vestas V27 Wind Turbine
    • Golf Cart Noise and Vibration Troubleshooting
    • A Headphone Measurement System Covers both Audible Frequency and beyond 20 kHz (part 3)
    • Vehicle Voice Recognition Performance (w/ Background Noise and Gender Based Frequency)
    • Practical Aspects of Successful Laser Doppler Vibrometry based Measurements, DEGA 2003
    • Reference settings in Noise Mapping Software - a Comparison of the Speed of Calculation for Different Software - Euronoise 2006
    • User Controlled Settings in Noise Mapping Software - the Effects on Calculation Speed and Accuracy - Euronoise 2006
    • Quality Assurance for The Calculation of Large Noise Maps, Forum Acusticum 2002
    • The Acoustic Impedance Measurement System using Two Microphones, Forum Acusticum 2002
    • Combined NAH and Beamforming using the same microphone array - Forum Acusticum 2005
    • Optimising Uncertainty and Calculation Time - Forum Acusticum 2005
    • Planar Near-field Acoustical Holography, ICA 2001
    • Transmission Loss Measurement of the Exhaust system using 4-Microphones with Impedance Tube, ICA 2004
    • Piezoelectric Accelerometers Modification Based on the Finite Element Method, ICSV 1999
    • Experimental Design Process of Car Interior Sound Using Time Convolution Method, ICSV 2001
    • A Review of Array Techniques for Noise Source Location, ICSV 2003
    • Identifying Harmonic Components in Operational Modal Analysis - ICSV 2005
    • The Optimum Array Design For The Indoor Simulated Pass-By Noise Measurement System - ICSV 2005
    • The Development of Piezoelectric Accelerometers using Finite Element Analysis, IMAC 1999
    • A New Annular Shear Piezoelectric Accelerometer, IMAC 2000
    • Ambient Response Modal Analysis on a Plate Structure, IMAC 2003
    • A New Single Mass Triaxial Accelerometer For Modal Analysis, IMAC 2003
    • Dynamic Measurements for Non-destructive Verification of Static Parameters, IMAC 2003
    • Innovative Measurement Technologies Beyond Classic Analyzer Architecture, IMAC 2003
    • Finite Element Based Design and Optimization for Piezoelectric Accelerometers, InterNoise 1998
    • Sound Quality Testing and Evaluation for Passenger Vehicle, InterNoise 1998
    • On the Real-time FFT Analysis Finding the Dynamic Characteristics of Large-scale Diesel Engine for Earth Moving Heavy Vehicles, InterNoise 1999
    • Development of the Acoustically Good Exhaust System in Passengers Vehicle Using Sound Quality Techniques, InterNoise 2001
    • Modal Testing of Mechanical Structures Subject to Operational Excitation Forces, InterNoise 2001
    • A Class of Optimal Broadband Phased Array Geometries, InterNoise 2002
    • Geometric Post-Processing of GIS Data, InterNoise 2003
    • Implementation of Noise Policy in the 15 Member States of the EU, InterNoise 2003
    • Modal Parameters from a Wind Turbine Wing by Operational Modal Analysis, InterNoise 2003
    • Patch Near-field Acoustical Holography Using a New Statistically Optimal Method, InterNoise 2003
    • Software Strategies in Noise Mapping, InterNoise 2003
    • Array Designs Optimized for both Low-frequency NAH and High-frequency Beamforming, InterNoise 2004
    • Practical Application of Sound Quality Technique in Pump Development, InterNoise 2004
    • SADMAM Γö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├│╬ô├⌐┬╝Γö╝├┤ Combining Measurements and Calculations to Map Noise in Madrid, InterNoise 2004
    • The use of Volume Velocity Source in Transfer Measurements, InterNoise 2004
    • Estimation of Partial Area Sound Power Data with Beamforming - Internoise 2005
    • Practical Application of a Portable Vibration Analysis System for Measurements on Aircraft Engines - Internoise 2005
    • Practically Obtainable Dynamic Ranges of Data Acquisition Systems based on 24-bit Technology - Internoise 2005
    • The Use of Near field Acoustical Holography for Leak Detection in Miniature Objects - Internoise 2005
    • Reverse engineering guidelines and practical issues of combining noise measurements and calculations - Internoise 2007
    • Crank Angle Analysis, JSAE 2001
    • A Class of Optimal Broadband Beamformer Geometries, JSAE 2002
    • A Review of Array Techniques for Noise Source Location, JSAE 2003
    • Hotspot Identification Methods for the Derivation of Acoustic Equivalent Source Models, JSAE 2003
    • Application of Noise Source Identification Techniques to IT Equipment - NoiseCon 2005
    • Using Trained Listeners to Give Input to the Creation of Objective Combination Metrics for Quality Control Purposes, SQS 2002
    • A method for recognition of coexisting environmental sound sources based on the FisherΓö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├│╬ô├çΓéºΓö¼├│s linear discriminant classifier
    • A method for recognition of coexisting environmental sound sources based on the FisherΓö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├│╬ô├çΓéºΓö¼├│s linear discriminant classifier
    • A Γö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├á╬ô├ç┬úLocal SolveΓö£├óΓö¼├│Γö£├│╬ô├ç├£Γö¼┬╝Γö£├⌐Γö¼┬Ñ Method for Extracting Modal Parameters from Inconsistent Data
    • Joy Global: Fatigue Analysis using Large Field Strain Gauge Data with nCode GlyphWorks
    • Ensuring Life of Radiator Fans by Determining Fatigue Life thru Strain Analysis
    • Benefits for License Management in Aqira
    • Vehicle Lightweighting and Advanced Joining Technologies
    • Fatigue Curves and Weibull Analysis using nCode GlyphWorks
    • GlyphWorks Vibration Profile Design (formerly known as Accelerated Testing): Not Just for Developing PSD Based Shaker Profiles
    • John Deere: Using nCode GlyphWorks to Create a Composite Random Vibration Profile from Field Acceleration Data
    • Tips & Tricks for using nCode GlyphWorks
    • Fiber Reinforced Plastic Durability: From Material Microstructure to Structural Part Life Predictions
    • Aqira Launch
    • Visualizing and Processing Measured Loading with GPS Data
    • Using Durability Schedules in Fatigue Life Estimation
    • Piecewise Trend Removal using GlyphWorks
    • Faster Analysis using High Performance Computing
    • New HBM Hardware for your Next Measurement Job
    • Apps & Democratization using Aqira
    • A Fatigue Life Prediction Method of Self-Piercing Rivet Joint for Magnesium Alloys
    • Tips & Tricks for using nCode DesignLife
    • GlyphWorks Accelerated Testing: Not Just for Developing PSD Based Shaker Profiles
    • Understanding Fatigue of Composite Materials
    • Ensuring Life of Radiator Fans by Determining Fatigue Life Through Strain Analysis
    • Ford Motor Company: Including Bolt PreTension Effects in Durability Analyses
    • Design of Components for High Temperatures and Thermo-Mechanical Fatigue
    • Q&A During the Aqira Launch - October 2016
    • Simulation Modeling with Process Flow using ReliaSoft BlockSim
    • Bobcat Company: Vibration Fatigue Analysis of a Cooling Fan Mount
    • GE Aviation's Proactive Quality Journey with ReliaSoft XFMEA
    • Bobcat Company: Time compression of Field Duty Cycles for Lab Fatigue
    • Advances in Finite Element based Vibration Fatigue Analysis
    • Seminar - Video Archive - Improving Durability and Reliability of Electric Vehicles - June 2022 - Online (USA / EMEA)
    • Applications of Frequency Based Fatigue
    • What's new in nCode 11
  • Primers and Handbooks
    • Handbook: Piezoelektrische Beschleunigungsaufnehmer und Vorversttirker
    • Modal analysis of large structures - multiple exciter systems
    • The Hilbert Transform and Applications to Correlation Measurements
    • Primer: Human Vibration
    • Handbook: Пьезоэлектрические акселерометры и предусилители
    • Handbook: 压电加速度计和振动前置放大器
    • Handbook: 圧電型加速度計・振動用前置増幅器ハンドブック
    • Handbook: Condenser Microphones and Microphone Preamplifiers for acoustic measurements
    • Handbook: Application of Bruel & Kjaer equipment to strain measurements
    • Handbook: Piezoelectric Accelerometers and Vibration Preamplifiers
    • Handbook: Acceleometres piezoelectriques et preamplificateurs de vibration
    • Handbook Noise Control - Principles and Practice
    • Architectural Acoustics
    • Mechanical Vibration and Shock Measurements
    • Handbook: Frequency Analysis
    • Primer: Environmental Noise Measurement
    • Primer: Measurements in Building Acoustics
    • Primer: Structural Testing - Part 1
    • Primer: Sound Intensity
    • Primer: Structural Testing - Part 2
    • Structural Testing - Mechanical Mobility Measurements - Part 1 (Russian)
    • Structural Testing - Modal Analysis and Simulation - Part 2 (Russian)
    • Environmental Noise
    • Bruit de I'Environnement
    • Umweltlärm
    • Ruido Ambiental
    • Il Rumore Ambientale
    • Pocket Handbook
    • Microphone Handbook Vol. 2
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    • Weibull++ 8 Quick Start Guide Chapter 4.3: Difference Detection Matrix
    • BlockSim 8 Quick Start Guide Chapter 4.0: Improving Reliability
    • BlockSim 8 Quick Start Guide Chapter 2.2: Parallel Configuration
    • nCode Automation Overview
    • BlockSim 8 Quick Start Guide Chapter 5.0: Dependencies
    • RENO 9 Quick Start Guide Chapter 10: Risk Analysis ? Investing in Protection Measures
    • Software Tool Tip: Changing Failure Mode Labels
    • RENO 9 Quick Start Guide Chapter 8: Optimization ? Evaluating Shuttle Routes
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 3.0: The DFR Planner
    • DOE++ 9 Quick Start Guide Chapter 3: Factorial Design for Screening
    • Aqira | Finding Analysis Processes and Creating Engineering Reports
    • ALTA 8 Quick Start Guide Chapter 14.1: Accelerated Degradation Analysis
    • BlockSim 8 Quick Start Guide Chapter 7.0: Events and Conditions
    • DOE++ 9 Quick Start Guide Chapter 6: Taguchi OA Design for Screening
    • Software Tool Tip: Getting a Closer Look at Plots <br>
    • RENO 9 Quick Start Guide Chapter 3: A Simple Example
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 6.1: Using FMRA to Generate a Baseline Reliability Estimate
    • Failure Modes and Effects Analysis: How to Become an Effective FMEA Practitioner
    • ReliaSoft Success Story: Analyzing Failure Data to Reduce Test Times
    • RGA 10 Quick Start Guide Chapter 4.1: Crow Extended for Failure Times Data
    • Weibull++ 8/9 Quick Start Guide Chapter 3.0: Introduction to Degradation Analysis
    • ALTA 8 Quick Start Guide Chapter 13.1: Time-Dependent Stress
    • Weibull++ Example 7: Non-Parametric Life Data Analysis
    • ALTA 8 Quick Start Guide Chapter 13.0: Introduction to ALTA with Time-Dependent Stress Profiles
    • Weibull++ 8/9 Quick Start Guide Chapter 5.0: Introduction to Warranty Analysis
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 2.0: Working in Xfmea/RCM++
    • Weibull++ 8 Quick Start Guide Chapter 2.1: Complete Data
    • Weibull++ 8 Quick Start Guide Chapter 2.5.1: Analysis Workbook
    • Weibull++ 8 Quick Start Guide Chapter 8.1: Competing Failure Modes
    • ALTA 8 Quick Start Guide Chapter 12.0: Introduction to ALTA with Two Stresses
    • Software Tool Tip: Setting the Plot Color
    • Software Tool Tip: Highlighting Results in a RENO Flowchart
    • Software Tool Tip: Grouping Maintenance Tasks in BlockSim
    • Software Tool Tip Changing the Appearance of Lines in BlockSim <br>
    • Sharing & Standardization of Analysis Processes with Aqira
    • ALTA Example 8: Multiple Time-Varying Stresses
    • ALTA Example 1: Voltage Step-Stress
    • XFMEA - Reliability Software for FMEA and Related Analyses
    • Reliability Software: THE SYNTHESIS PLATFORM
    • Weibull++ 8 Quick Start Guide Chapter 3.1: Simple Degradation Analysis Using Luminosity Measurements
    • Material Science for Structural Engineers
    • ALTA Example 7: Accelerated Life Test Plan
    • nCode VibeSys Introduction
    • Software Tool Tip: Generating Task Lists in MPC Analyses
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 3.1: Creating a Customized DFR Planner
    • RENO 9 Quick Start Guide Chapter 5: Reliability ? Failure and Usage Distribution
    • RGA 10 Quick Start Guide Chapter 1: Introduction to RGA
    • Weibull++ Example 6: Factory Equipment Failure Log
    • Weibull++ 8 Quick Start Guide Chapter 2.5.3: Building Tables and Using Custom Functions
    • Weibull++ Example 9: Parametric Recurrent Event Data Analysis
    • RGA 10 Quick Start Guide Chapter 1: Introduction to RGA
    • Lambda Predict 9 Quick Start Guide Chapter 4: FIDES Standard
    • ALTA Example 2: Accelerated Demonstration Test
    • Software Tool Tip: Publishing a Model Based on a Reliability DOE Analysis
    • Weibull++ 8/9 Quick Start Guide Chapter 2.0: Life Data Analysis
    • RGA 10 Quick Start Guide Chapter 3: Crow?AMSAA (NHPP) Model
    • DOE++ Version 9 Quick Start Guide Chapter 5
    • Fundamentals of XFRACAS
    • Weibull++ Example 8: Non-Parametric Recurrent Event Data
    • Weibull++ 8 Quick Start Guide Chapter 9.1: Parametric Recurrent Data Analysis
    • Signal Processing for nCode DesignLife Users
    • Linking to XFRACAS Data from Power BI or Excel
    • Software Tool Tip: Identifying Different Types of Data Points in Weibull++<br>
    • RENO 9 Quick Start Guide Chapter 1: Introduction to RENO
    • ReliaSoft Success Story: Lowering the Failure Rates of Complex Networks
    • Software Tool Tip: Sharing Process Information in Xfmea/RCM++
    • ReliaSoft Success Story: Effectively Presenting Accelerated Life Test Results
    • Software Tool Tip: Configuring a Synthesis Application's Workspace<br>
    • Software Tool Tip: Changing the Project Owner
    • Software Tool Tip: What is a Universal Reliability Definition (URD)?
    • Aqira | Engineering Analysis for Everyone
    • Weibull++ Example 4: Degradation Analysis Example
    • Software Tool Tip: Restoring Deleted Projects from the Recycle Bin
    • nCode GlyphWorks Overview
    • Aqira | Performing Analysis using Remote nCode
    • Software Tool Tip: Make RENO Flowcharts Easier to Maintain and Debug
    • Software Tool Tip: Local vs. Global Resources<br>
    • BlockSim 8 Quick Start Guide Chapter 5.1: Load Sharing
    • Weibull++ 8 Quick Start Guide Chapter 6.0: Introduction to Target Reliability Estimation
    • nCode DesignLife for Altair Partner Alliance
    • Weibull++ 8 Quick Start Guide Chapter 10.0: Introduction to Event Log Data Analysis
    • Weibull++ Example 3: Analyzing Sudden Death Data
    • BlockSim 8 Quick Start Guide Chapter 6.2: Cost Comparison
    • Weibull++ 8 Quick Start Guide Chapter 2.3: Confidence Intervals
    • Weibull++ 8 Quick Start Guide Chapter 7.1: Stress-Strength Analysis
    • Weibull++ 8 Quick Start Guide Chapter 5.1: Warranty Data Analysis
    • RENO 9 Quick Start Guide Chapter 6: Reliability ? Calculate Instantaneous Availability
    • Weibull++ 8 Quick Start Guide Chapter 4.4: Expected Failure Time Plot
    • ALTA 8 Quick Start Guide Chapter 11.0: Introduction to ALTA with One Stress
    • Software Tool Tip: Using FMEA Block Diagrams to Define the Scope of Analysis
    • Weibull++ 8 Quick Start Guide Chapter 7.0: Stress-Strength Comparison
    • Weibull++ Example 10: Competing Failure Modes Analysis
    • RENO 9 Quick Start Guide Chapter 2: Working in RENO
    • BlockSim 8 Quick Start Guide Chapter 6.0: Simulation Diagrams
    • Weibull++ 8 Quick Start Guide Chapter 2.3: Confidence Intervals
    • DOE++ 9 Quick Start Guide Chapter 2: One Factor Design for Comparison
    • Software Tool Tip: Using the Quick Parameter Estimator to Build Models<br>
    • Weibull++ 8 Quick Start Guide Chapter 2.5.2: Word Report Template
    • Software Tool Tip: Avoiding Aliasing Interactions in Taguchi OA Designs
    • Bendix Commercial Vehicle Systems: Using nCode DesignLife to Predict the Life of Mounting Brackets
    • BlockSim 8 Quick Start Guide Chapter 5.2: Standby
    • BlockSim 9 Quick Start Guide 4.1: Improving a Complex System
    • ALTA Example 4: Automotive Part Test
    • BlockSim 8 Quick Start Guide Chapter 3.2: Fault Trees
    • Software Tool Tip Which Features and Data are Shared by Synthesis Applications
    • "BlockSim 8 Quick Start Guide Chapter 6.1: Maintenance, Availability and Costs"
    • Software Tool Tip: Configuring Maintenance Phases in BlockSim<br>
    • RGA 10 Quick Start Guide Chapter 4.3: Crow Extended for Multiple Systems with Event Codes
    • RCM++ 8 Quick Start Guide Chapter 8: Traditional RCM Analysis for a Conveyor Belt
    • BlockSim 8 Quick Start Guide Chapter 2.1: Series Configuration
    • RGA 10 Quick Start Guide Chapter 6: Repairable Systems Analysis
    • ALTA Example 3: Accelerated Degradation Analysis
    • BlockSim 8 Quick Start Guide Chapter 3.3: Fault Trees as Subdiagrams
    • Weibull++ 8 Quick Start Guide Chapter 2.2: Censored Data
    • Auto Test Expo | ReliaSoft
    • ALTA 8 Quick Start Guide Chapter 14.0: Introduction to Accelerated Degradation Analysis
    • Software Tool Tip: Search or View Analyses from Multiple Projects
    • Weibull++ 8 Quick Start Guide Chapter Chapter 10.1: Event Log Data
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 6: FMRA - Reliability Estimation
    • Weibull++ Example 5: Warranty Analysis
    • Weibull++ 8/9 Quick Start Guide Chapter 4.1: Combining the Test Data for Bulb A
    • Weibull++ 8/9 Quick Start Guide Chapter 4.0: Introduction to the Design of Reliability Tests
    • Auto Test Expo | nCode
    • Weibull++ 8 Quick Start Guide Chapter 8.0: Introduction to Competing Failure Modes Analysis
    • ALTA Example 6: Stability/Shelf Life Study
    • DOE++ Version 9 Quick Start Guide Chapter 4
    • RENO 9 Quick Start Guide Chapter 11: Financial Analysis ? Life Cycle Costs
    • Weibull++ Example 4: Degradation Analysis Example
    • Software Tool Tip: Sharing Project Resources<br>
    • Software Tool Tip: Obtaining Plots and Results from a Reliability Model
    • RENO 9 Quick Start Guide Chapter 9: Risk Analysis ? Event Tree for Risk of Fire Damage
    • Software Tool Tip: Using BlockSim Simulation Results in RENO Flowcharts
    • Weibull++ 8 Quick Start Guide Chapter 6.1: Reliability and Return on Investment
    • DOE++ 9 Quick Start Guide Chapter 1: Introduction to DOE++
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 5.1: Failure Modes and Effects Analysis (FMEA)
    • Software Tool Tip: Communicating with Other Synthesis Users<br>
    • ALTA 8 Quick Start Guide Chapter 11.1: Accelerated Life Testing Data Analysis - One Stress Type
    • BlockSim 8 Quick Start Guide Chapter 7.2: State Change Triggers
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 4: System Hierarchy and Risk Discovery
    • Linking to FMEA Data from Power BI or Excel
    • RGA 10 Quick Start Guide Chapter 4.1: Crow Extended for Failure Times Data
    • DOE++ 9 Quick Start Guide Chapter 8: Custom Optimal Design
    • ALTA Example 5: Using Indicator Variables
    • Weibull++ Example 1: Complete and Right Censored Data Analysis
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 5: Performing Design FMEAs
    • Lambda Predict 9 Quick Start Guide Chapter 2: MIL?217 Standard
    • BlockSim 8 Quick Start Guide Chapter 2.3: k-out-of-n Configuration
    • RCM++ 8 Quick Start Guide Chapter 7: FMRA - Maintenance Planning
    • Software Tool Tip: Creating an Overlay Plot for Different Data Sheets in the Same Folio<br>
    • Lambda Predict 9 Quick Start Guide Chapter 3: Bellcore and Telcordia Standards
    • Aqira | What's Next for Engineers
    • RENO 9 Quick Start Guide Chapter 7: Optimization ? Preventive Maintenance
    • Weibull++ Example 2: Analyzing Complete Data
    • Xfmea/RCM++ 8 Quick Start Guide Chapter 4.1: System Hierarchy
    • nCode DesignLife Overview
    • DOE++ 9 Quick Start Guide Chapter 7: Optimization Using Historical Data
    • Lambda Predict Version 9 Quick Start Guide Chapter 6
    • RCM++ 8 Quick Start Guide Chapter 8.1: Reliability Centered Maintenance (RCM)
    • Aqira | Extending nCode Software to the Next Level
    • Webinar - Report Generation with Studio
    • ALTA 8 Quick Start Guide Chapter 12.1: Accelerated Life Testing Data Analysis - Two Stresses
    • Aqira | Utilizing Engineering Apps
    • Lambda Predict 9 Quick Start Guide Chapter 5: NSWC?07 Standard
    • Software Tool Tip: Using Batch Mode in BlockSim<br>
    • BlockSim 8 Quick Start Guide Chapter 7.1: Using Events to Trigger Tasks
    • Aqira | Accessing Analysis from Anywhere
    • Weibull++/ALTA 8 Quick Start Guide Chapter 1.0: Introduction to Weibull++ and ALTA
    • RGA 10 Quick Start Guide Chapter 2: Duane Model <br>
    • Fiat Chrysler Automobiles: Loads Analysis using nCode
  • Whitepapers
    • Technical Review 1982-2 Thermal Comfort
    • Technical Review 1949-1 New Instruments in Acoustic Research
    • Technical Review 1952-1 Measurements on Fluorescent Tubes
    • Technical Review 1952-2 The Hetrodyne Voltmeter Type 2002
    • Technical Review 1952-3 A New Device For Reverberation Measurements Of Rooms And Loudspeakers
    • Technical Review 1953-1 A New Megohmmeter For 100 Million MΩ
    • Technical Review 1953-2 Acoustic Measurements on Automobile Horns
    • Technical Review 1953-3 Some Experiences with The Deviation Test Bridge Types 1502 and 1507
    • Technical Review 1953-3 (Reprint) Automatic Recording of Frequency Irregularity
    • "Technical Review 1953-4 Audio Frequency Spectrometer Type 2109
    • Technical Review 1954-1 Analysis Of Transient Sounds
    • Technical Review 1954-2 The Automatic Analysis of Distortion in Sound
    • Technical Review 1954-3 Mobile Laboratories
    • Technical Review 1954-4 Tube Measurements And Sound Insulation
    • Techincal Review 1955-1 Standing Wave Apparatus
    • Technical Review 1955-2 New Accelerometers
    • Technical Review 1955-3 Non-Linearity of Condeser Microphones
    • Technical Review 1955-4 The Automatic Output Regulator of the Beat Frequency and Combined Units
    • Technical Review 1956-1: Noise Measurements and Analyses
    • Technical Review 1956-2 A Compensation Curve for Use with the Strain Guage Apparatus Type 1516 and Shunt Balancing of Bridge Circuits
    • Technical Review 1956-3 Acoustic Quality of Rooms
    • Technical Review 1956-4 Vibration Measurements
    • Technical Review 1957-1 Strain Guage Measurements
    • Technical Review 1957-2 Sound Analysis
    • Technical Review 1957-3 Measurements on Tape Recorders
    • Technical Review 1957-4 Complex Modulus of Elasticity
    • Technical Review 1958-1 Measurements of the Dynamic Modulus of Elasticity and the Loss Factor for Solid Materials (Part II)
    • Technical Review 1958-2 Vibration Test
    • Technical Review 1958-4 Measurement of Microphones
    • Technical Review 1959-1 New Condenser Microphones
    • Technical Review 1959-2 Frequency Response of Condenser Microphones
    • Technical Review 1959-3 Dynamic Strain Measurements
    • Technical Review 1959-4 Amplitude Density Curves
    • Technical Review 1960-1 Pressure Equalization of Condenser Microphones
    • Technical Review 1960-2 Windscreens
    • Technical Review 1960-3 Vibration Exciter Characteristics
    • Technical Review 1960-4 Recording Of Narrow Band Noise
    • Technical Review 1961-1 Averaging Time Of Level Recorders
    • Technical Review 1961-2 The Applicaiton and Generation of Audio Frequency Random Noise
    • Technical Review 1961-3 On the Standardization of Surface Roughness Measurements
    • Technical Review 1961-4 Artificial Ears
    • Technical Review 1962-1 Artificial Ears Part 2
    • Technical Review 1962-2 Loudness Evaluation
    • Technical Review 1962-3 Stereophonic Gliding Frequency Record
    • Technical Review 1962-4 Use Of Warble Tone And Narrow Band Random Noise
    • Technical Review 1963-1 Miniature Microphones, Checking of RMS Instruments
    • Technical Review 1963-2 Quality Control By Noise Analysis
    • Technical Review 1963-3 Peak Distribution Of Random Signals
    • Technical Review 1963-4 Non Linear Vibrations
    • Technical Review 1964-1 Statistical Distribution Analysis
    • Technical Review 1964-2 Noise Test Chamber Sweep Random Vibration
    • Technical Review 1964-3 Nonlinear Random Noise
    • Technical Review 1964-4 The Accuracy Of Condenser Microphone Calibration Methods Part 1
    • Technical Review 1965-1 The Accuracy Of Condenser Microphone Calibration Methods Part 2
    • Technical Review 1965-2 Direct Digital Computing of Acoustical Data and The Use of Comparison Bridges in Coil Testing
    • Technical Review 1965-3 Analog Experiments Compare Improved Sweep Random Test with Wide Band Random and Sweep Sine Tests
    • Technical Review 1965-4 Aircraft Noise Control
    • Technical Review 1966-1 Windscreening Of Outdoor Microphones
    • Technical Review 1966-2 Sweep Random Vibration Experiments
    • Technical Review 1966-3 Shock Measurement
    • Technical Review 1966-4 Measurement of Reverberation
    • Technical Review 1967-1 FM Tape Recording
    • Technical Review 1967-2 Mechanical Failure Forecast by Vibration Analysis and Tapping Machines for Measuring Impact Sound Transmission
    • Technical Review 1967-3 Vibration Testing
    • Technical Review 1967-4 Noise from Pulse Jets
    • Technical Review 1968-1 Random Load Fatigue
    • Technical Review 1968-2 Anechoic Chambers At DTH
    • Technical Review 1968-3 Measurement of Cross-Power-Spectra
    • Techincal Review 1968-4 Mechanical Damage and Cross-Spectrum Analysis
    • "Technical Review 1969-1 The Use of Digital in Acoustical Measurements
    • Technical Review 1969-2 The Free Field and Pressure Calibration of Condenser Microphones using Electrostatic Actuator; Long Term Stability of Condenser Microphones; The Free Field Calibration of a Sound Level Meter; Accelerometer Configurations; Vibration Monitoring and Warning Systems
    • Technical Review 1969-3 Frequency Analysis of Single Pulses
    • "Technical Review 1969-4 Real Time Analysis
    • "Technical Review 1970-1 Acoustic Data Collection and Evaluation with the Aid of a Small Computer
    • Technical Review 1970-2 Measurement of the Complex Modulus of Elasticity of Fibres and Folios
    • Technical Review 1970-3 On the Frequency Analysis of Mechanical Shocks and Single impulses
    • Technical Review 1970-4 On the Applicability and Limitations of the Cross-Correlation and the Cross-Spectral Density Techniques
    • "Technical Review 1971-1 Shock and Vibration isolation of a Punch Press
    • Technical Review 1971-2 New Instrumentation for Vibration Testing
    • Technical Review 1971-3 Conventional & On-line Methods of Sound Power Measurements
    • Technical Review 1971-4 Elastic Modulus Equivalent, Circuit Diagrams, Estimation of Sound Pressure Levels
    • "Technical Review 1972-1 Loudness Evaluation of Acoustic Impulses
    • "Technical Review 1972-2 RMS-Rectifiers
    • Technical Review 1972-3 Thermal Noise in Microphones and Preamplifiers; High Frequency Response of Force Transducers; Measurement of Low Level Vibrations in Buildings
    • "Technical Review 1972-4 Measurement of Elastic Modulus and Loss Factor of Asphalt, The Digital Event Recorder Type 7502
    • "Technical Review 1973-1 Calibration of Hydrophones
    • "Technical Review 1973-3 Sources of Error in Noise Dose Measurements
    • Technical Review 1973-4 Laboratory tests of the Dynamic Performance of a Turbocharger Rotor-Bearing System; Measurements on the Resonance Frequencies of a Turbocharger Rotor
    • Technical Review 1974-1 Measurements of averaging times of Level Recorders Types 2305 and 2307; A simple Equipment for direct Measurement of Reverberation Time using Level Recorder Type 2305
    • Technical Review 1974-2 On Signal/Noise Ratio of Tape Recorders; On the Operating Performance of the Tape Recorder Type 7003 in a Vibrating Environment
    • Technical Review 1974-3 Acoustical Investigation of an impact Drill; Measurement of the Dynamic Mass of the Hand-arm System
    • Technical Review 1974-4 Underwater Impulse Measurements; A Comparison of ISO and OSHA Noise Dose Measurements; Sound Radiation from Loudspeaker System with the Symmetry of the Platonic Solids
    • "Technical Review 1975-1 Problems in Telephone Measurements
    • "Technical Review 1975-2 On the Averaging Time of RMS Measurements
    • Technical Review 1975-3 On the Averaging Time of RMS Measurements
    • Technical Review 1975-4 On the Measurement of Frequency Response Functions
    • Technical Review 1976-1 Do We Measure Damaging Noise Correctly?
    • "Technical Review 1976-2 Free-Field Response of Sound Level Meters
    • "Technical Review 1976-3 Registration of Voice Quality
    • "Technical Review 1976-4 An Easy and Accurate Method of Sound Power Measurements
    • "Technical Review 1977-1 Digital Filters in Acoustic Analysis Systems
    • "Technical Review 1977-2 Automated Measurements of Reverberation Time using the Digital Frequency Analyzer Type 2131
    • Technical Review 1977-3 Microphones used as Sound Sources
    • "Technical Review 1977-4 General Accuracy of Sound Level Meter Measurements
    • Technical Review 1978-1 Digital Filters and FFT Technique in Real-time Analysis
    • "Technical Review 1978-2 The Application of the Narrow Band Spectrum Analyzer Type 2031 to the Analysis of Transient and Cyclic Phenomena
    • Technical Review 1978-3 The Enigma of Sound Power Measurements
    • Technical Review 1979-1 The Discrete Fourier Transform and FFT Analysers
    • Technical Review 1979-3 The Rationale of Dynamic Balancing by Vibration Measurements
    • Technical Review 1979-4 Prepolarized Condenser Microphones for Measurement Purposes
    • Technical Review 1980-2 ZOOM-FFT
    • Technical Review 1980-3 Power Based Measurements of Sound Insulation; Acoustical Measurement of Auditory Tube Opening
    • Technical Review 1981-1 The Fundamentals of Industrial Balancing Machines and their Applications
    • Technical Review 1981-2 Acoustic Emission Source Location In Theory And In Practice
    • Technical Review 1981-3 Cepstrum Analysis
    • Technical Review 1982-1 Human Body Vibration Exposure and its Measurement
    • "Technical Review 1984-4 Methods for the Calculation of Contrast
    • Technical Review 1985-3 The Modulation Transfer Function in Room Acoustics; RASTI: A tool for evaluating auditoria
    • Technical Review 1985-4 Validity of Intensity Measurements in Partially Diffuse Sound Field; Influence of Tripods and Microphone Clips on the Frequency Response of Microphones
    • Technical Review 1987-1 Vibration Monitoring of Machines
    • Technical Review 1989-2 STSF - Practical instrumentation and applications; Digital Filter Analysis: Real-time and Non Real-time Performance
    • Technical Review 1990-1 The Br├â╞Æ├é┬╝el & Kjaer Photoacoustic Transducer System and its Physical Properties
    • Technical Review 1990-2 Optical Filters and their Use with the Type 1302 & Type 1306 Photoacoustic Gas Monitors
    • Technical Review 1996-2 Non-stationary Signal Analysis using Wavelet Transform, Short-time Fourier Transform and Wigner-Ville Distribution
    • Fatigue Analysis of Seam Welded Structures using nCode DesignLife
    • Failsafe Press Load Monitoring
    • Drift in Bonded Foil Strain Gauge-Based Sensors
    • GQ7 vs GX5 Product Comparison Test Report
    • Enhancing Inertial Navigation System Performance With Radar
    • Analysis of MIP vs NMEA Aiding Information with the MicroStrain 3DM-CV7-INS
    • Magnetometer vs Dual-Antenna Heading in Fixed-Wing Aircraft
    • Energy Efficient Drone Fleets
    • Introduction to Space Vectors and DQ0-Transformation
    • Electric Vehicle Powertrain Testing
    • When Data is the Mission - Dynetics
    • Advanced Sensor Technology to Enhance Efficiency and Safety in AGVs and AMRs
    • Download Why Testing is Key to Success for Voice-Controlled AI Products
    • Torque as Key Parameter for a Better Efficiency Determination of Electric Motors and Generators
    • Challenges in Testing Electric and More Electric Aircraft Motor and Inverters
    • Optimising End-of-Line Testing with Advanced Sensor Technology
    • Piezocryst by HBK Precision in Extreme Hydrogen Environments
    • Pressure and vibration sensors for the aerospace industry and other extreme environments
    • Active Power Analysis based on a Sixth of the Fundamental Period
    • Electrical Power Analysis Using the FBD-Method
    • Estimation of the Measurement Uncertainty (MU) of Electrical and Mechanical Power Quantities
    • Highly Dynamic Active Power Measurement Using Genesis Highspeed Power Analyzer
    • Influence of Sample Rate and Filter Settings on Power Measurement
    • Measurement Uncertainty (MU) of Active Power
    • Offset angle calculation for DQ0-transformation based on back-EMF measurement
    • Wiring Setups for Electric Power Measurement in the Perception ePower Suite
    • Interfacing with Modern Power Analyzers
    • Optimization of Automated Efficiency Mapping Control via Fieldbus
    • Real-Time Feedback via Fieldbus for Automation System
    • Master MIL-STD-740 noise and vibration compliance with HBK’s Tescia® and Fusion-LN
    • Industrial Process Control: Why Digital Sensors make the Difference
    • Designing durable and reliable energy assets
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    • BK Connect 2023.0 および PULSE 27.0 リリース
  • Examining Risk Priority Numbers in FMEA