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  • Describing random vibrating loads using the PSD
    Describing random vibrating loads using the PSD
  • Sine sweep and PSD vibration fatigue life prediction
    Sine sweep and PSD vibration fatigue life prediction
  • Proving ground optimization based on fatigue damage spectra
    Proving ground optimization based on fatigue damage spectra
  • Preparation of Final Contribution
    Preparation of Final Contribution
  • Video 5
  • Piecewise trend removal using nCode GlyphWorks
    Piecewise trend removal using nCode GlyphWorks
  • Looking at measured data in the frequency domain
    Looking at measured data in the frequency domain
  • Methods for accelerating dynamic durability tests
    Methods for accelerating dynamic durability tests
  • Durability aspects of the concept phase of a photovoltaic-system substructure
    Durability aspects of the concept phase of a photovoltaic-system substructure
  • Using nCode GlyphWorks to process large data files from remote vehicle monitoring
    Using nCode GlyphWorks to process large data files from remote vehicle monitoring
  • Bombardier standard presentation
    Bombardier standard presentation
  • A fatigue prediction method for spot welded joints
    A fatigue prediction method for spot welded joints
  • Microsoft PowerPoint - 161004-nCodeUGM_CustomerPresentation - Xiao V4
    Microsoft PowerPoint - 161004-nCodeUGM_CustomerPresentation - Xiao V4
  • Loads analysis using nCode
    Loads analysis using nCode
  • Isothermal and Thermo-Mechanical Fatigue of Automotive Components
    Isothermal and Thermo-Mechanical Fatigue of Automotive Components
  • Multiaxial fatigue assessment of automotive chassis components on the basis of finite element models
    Multiaxial fatigue assessment of automotive chassis components on the basis of finite element models
  • CBM for vibrating equipment on rotorcraft
    CBM for vibrating equipment on rotorcraft
  • Using nCode DesignLife for weld fatigue analysis
    Using nCode DesignLife for weld fatigue analysis
  • Millbrook Proving Ground uses nCode GlyphWorks
    Millbrook Proving Ground uses nCode GlyphWorks
  • Using a common test and simulation environment to optimize the durability process and verify the results
    Using a common test and simulation environment to optimize the durability process and verify the results
  • Synthesis of an enginve vibration specification and comparison with existing qualification specifications
    Synthesis of an enginve vibration specification and comparison with existing qualification specifications
  • Vibration fatigue analysis of a cooling fan mount
    Vibration fatigue analysis of a cooling fan mount
  • Fiber reinforced plastic durabiliity
    Fiber reinforced plastic durabiliity
  • Hansen Transmissions selects nCode DesignLife for wind turbine gearbox fatigue analysis
    Hansen Transmissions selects nCode DesignLife for wind turbine gearbox fatigue analysis
  • Microsoft PowerPoint - 2_UMD_HongTae Kang.pptx
    Microsoft PowerPoint - 2_UMD_HongTae Kang.pptx
  • Using Weibull analysis to correlate field failures with fatigue life predictions
    Using Weibull analysis to correlate field failures with fatigue life predictions
  • nCode vibration profile design: not just for developing PSD shaker profiles
    nCode vibration profile design: not just for developing PSD shaker profiles
  • Fatigue analysis of seam welded structures using nCode DesignLife
    Fatigue analysis of seam welded structures using nCode DesignLife
  • Obtaining a swept sine on random vibration profile for powertrain mounted component qualification
    Obtaining a swept sine on random vibration profile for powertrain mounted component qualification
  • Helicopter vibration: shock and vibration qualification of equipment
    Helicopter vibration: shock and vibration qualification of equipment
  • Video 31
  • DAMAGE ANALYSIS WITH GLYPHWORKS FOR AWD GEAR COMPONETS
    DAMAGE ANALYSIS WITH GLYPHWORKS FOR AWD GEAR COMPONETS
  • Video 33
  • Order filtering of rotating machinery operational response using wavelet packet decomposition and resampling techniques
    Order filtering of rotating machinery operational response using wavelet packet decomposition and resampling techniques
  • Multiple uses for the equivalent fatigue damage spectrum method
    Multiple uses for the equivalent fatigue damage spectrum method
  • Video 36
  • Video 37
  • Video 38
  • Video 39
  • Strain analysis for determining fan fatigue life
    Strain analysis for determining fan fatigue life
  • AgustaWestland select nCode GlyphWorks for data analysis
    AgustaWestland select nCode GlyphWorks for data analysis
  • Vibration fatigue and simulation of damage on shaker table tests: the influence of clipping the random drive signal
    Vibration fatigue and simulation of damage on shaker table tests: the influence of clipping the random drive signal
  • Sorting and visualizing machine usage data with nCode GlyphWorks
    Sorting and visualizing machine usage data with nCode GlyphWorks
  • The effect of drive signal limiting on high cycle fatigue life analysis
    The effect of drive signal limiting on high cycle fatigue life analysis
  • Rainflow cycle counting and acoustic fatigue analysis techniques for random loaidng
    Rainflow cycle counting and acoustic fatigue analysis techniques for random loaidng
  • Hot strain gage processing using nCode GlyphWorks
    Hot strain gage processing using nCode GlyphWorks
  • Including bolt pretension effects in durability analysis
    Including bolt pretension effects in durability analysis
  • New techniques for vibration qualification of vibrating equipment on aircraft
    New techniques for vibration qualification of vibrating equipment on aircraft
  • Using virtual strain gages to correlate with bending and torsion measured on a helicopter tail cone
    Using virtual strain gages to correlate with bending and torsion measured on a helicopter tail cone
  • reliability test design: linking fatigue and reliability
    reliability test design: linking fatigue and reliability
  • Accelerated vibration testing based on fatigue damage spectra
    Accelerated vibration testing based on fatigue damage spectra
  • Web-based processing and automation of test data
    Web-based processing and automation of test data
  • Improving the accuracy of dynamic vibration fatigue simulation
    Improving the accuracy of dynamic vibration fatigue simulation
  • An Approach to Fault Detection Using a Unified Linear Gaussian Framework
    An Approach to Fault Detection Using a Unified Linear Gaussian Framework
  • Microsoft PowerPoint - Reviewed_Composite Analysis in nCode DesignLife 2016_UGM [Read-Only]
    Microsoft PowerPoint - Reviewed_Composite Analysis in nCode DesignLife 2016_UGM [Read-Only]
  • Fatigue analysis of fibre-reinforced polymers
    Fatigue analysis of fibre-reinforced polymers
  • Using the Fatigue Damage Spectrum (FDS) to determine flight qualification of vibrating components on helicopters
    Using the Fatigue Damage Spectrum (FDS) to determine flight qualification of vibrating components on helicopters
  • Taking into account the forming process in fatigue design computations
    Taking into account the forming process in fatigue design computations
  • Using nCode GlyphWorks to create a random vibration profile from field acceleration data
    Using nCode GlyphWorks to create a random vibration profile from field acceleration data
  • D:\3_Marketing\Mrktng2000\papers\paper1.eps
    D:\3_Marketing\Mrktng2000\papers\paper1.eps
  • The importance of flight spectrum cycle sequence in fatigue calculations
    The importance of flight spectrum cycle sequence in fatigue calculations
  • Simple Weibull analysis using nCode
    Simple Weibull analysis using nCode
  • Multiaxial assessment method for fatigue calculations in composite components
    Multiaxial assessment method for fatigue calculations in composite components
  • Microsoft PowerPoint - 1_Berndt - nCode User Meeting Presentation.pptx
    Microsoft PowerPoint - 1_Berndt - nCode User Meeting Presentation.pptx

Qu’est-ce que l’analyse de durabilité ?

L’analyse de durabilité est un processus systématique utilisé pour évaluer la durée de vie, la résistance et les performances d’un produit dans différentes conditions. Elle consiste à déterminer combien de temps un matériau, un composant ou un système peut résister à des contraintes telles que les charges, les vibrations, la température et les facteurs environnementaux avant de défaillir. Cette analyse permet d’identifier les points de défaillance potentiels et d’optimiser les conceptions afin de garantir la fiabilité et la sécurité à long terme.
 

Les aspects clés de l’analyse de durabilité incluent :
 

  • Simulation en conditions réelles : Prédire le comportement d’un produit soumis à différentes forces et contraintes.
  • Performance dans le temps : Analyser l’évolution des performances du produit au cours de sa durée de vie prévue.
  • Détecter les zones critiques : Identifier les points de défaillance potentiels afin d’améliorer la conception.
  • Optimisation des matériaux : Sélectionner les matériaux les plus adaptés pour améliorer la durabilité et les performances.
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Chaîne vidéo nCode

Bienvenue sur la chaîne de webinaires nCode - votre espace dédié aux analyses d’experts en ingénierie de la durabilité et en analyse de fatigue.

Découvrez une bibliothèque de webinaires couvrant les dernières avancées en solutions de durabilité basées sur les données, la simulation et les applications réelles — disponibles à tout moment, où que vous soyez.