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Durability Analysis & Simulation

Dedicated, reliable software tools are critical to success in simulation. Tools that can process huge amounts of data and provide powerful durability analysis capabilities. Tools that deliver actionable insights and allow teams across continents to collaborate seamlessly.
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Advantage Insights for Sensor Data Analytics

Advantage Insights lets engineers easily create, edit, and run sensor data analytics. It simplifies handling large time series data with an intuitive interface, offering powerful analytics and clear reports for better decisions, saving time and effort.

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Structural durability from FEA

Perform up-front design analyses to identify critical design locations. Calculate realistic fatigue lives from FEA results for both metals and composites. Simulate the actual load condition and avoid design errors that may result in costly changes.

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Time series data processing

Speed up durability analysis or digital signal processing. Designed to handle huge amounts of data, our software solution comes with leading analysis capabilities, saving time and money in environmental qualification and product validation. 

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Streamed data analytics

Gain a more in-depth understanding of how your product is used in the real world. HBK provides a scalable, high-performance, and easy-to-use software solution that allows you to analyse high volumes of time series data from many sources and formats.

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Accelerated vibration tests

Convert large amounts of real measured data into a single vibration test specification, which is accelerated and representative of real loads. HBK helps you to save time and money by eliminating unnecessary testing. Get it right the first time!

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Test-CAE correlation

Accurate FEA predictions are crucial to making the correct design changes. To verify them, you must correlate your predictions with newly measured test results or historical data. Our correlation tools help to generate more accurate FEA predictions.

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Web-based analysis and apps

Be it physical testing or CAE simulation, creating, sharing, and running engineering apps and analysis processes has never been easier. Our intuitive, web-based platform drives your team performance and helps you manage global engineering processes.

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Playlist

  • 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
  • Fatigue analysis of a pressure vessel welded joint using the stress integration method
    Fatigue analysis of a pressure vessel welded joint using the stress integration method
  • virtual strain gage correlation of structural components
    virtual strain gage correlation of structural components
  • 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 - the evolution of mobility
    Bombardier - the evolution of mobility
  • A fatigue prediction method for spot welded joints
    A fatigue prediction method for spot welded joints
  • Data processing procedure for fatigue life prediction of spot welded joints
    Data processing procedure for fatigue life prediction of spot welded joints
  • 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
  • Condition based monitoring for vibrationg equipment on rotorcraft
    Condition based monitoring for vibrationg 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
  • A fatiigue life prediction method of laser assisted self-piercing rivet joint for magnesium allows
    A fatiigue life prediction method of laser assisted self-piercing rivet joint for magnesium allows
  • 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
  • Best practices for strain gage correlation
    Best practices for strain gage correlation
  • Damage analysis of all wheel drive gear components
    Damage analysis of all wheel drive gear components
  • pHUMS: prognostic health and usage monitoring of military land systems
    pHUMS: prognostic health and usage monitoring of military land systems
  • 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
  • Fatigue analysis using large field strain gage data with nCode GlyphWorks
    Fatigue analysis using large field strain gage data with nCode GlyphWorks
  • A frequency domain approach for fatigue life estimation from finite element analysis
    A frequency domain approach for fatigue life estimation from finite element analysis
  • Proving ground optimization based on Fatigue Damage Spectra (FDS)
    Proving ground optimization based on Fatigue Damage Spectra (FDS)
  • The customizable standard data analysis process
    The customizable standard data analysis process
  • 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
  • Fatigue analysis of composite structures using nCode DesignLife
    Fatigue analysis of composite structures using nCode DesignLife
  • 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
  • A practical discussion on fatigue
    A practical discussion on fatigue
  • 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
  • Damage editing field duty cycles for lab fatigue testing without strain data
    Damage editing field duty cycles for lab fatigue testing without strain data

What is Durability Analysis?

Durability analysis is a systematic process used to evaluate the lifespan, strength, and performance of a product under various conditions. It involves assessing how long a material, component, or system can withstand stresses such as load, vibration, temperature, and environmental factors before failing. This analysis helps in identifying potential failure points and optimizing designs to ensure long-term reliability and safety.
 

Key aspects of durability analysis include:
 

  • Simulating Real-World Conditions: Predicting how a product will behave under different forces and stresses.
  • Performance Over Time: Examining how the product’s performance changes over its expected lifespan.
  • Identifying Weaknesses: Finding potential failure points to improve the design.
  • Optimizing Materials: Choosing the best materials to enhance durability and performance.
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nCode On-Demand Video Channel

Welcome to the nCode On-Demand Webinar Channel, your hub for expert insights into durability engineering and fatigue analysis.

Explore a library of webinars covering the latest in data-driven durability solutions, simulation, and real-world applications - all available to watch anytime, anywhere.

Watch our on-demand webinars play_arrow