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nCode?� DesignLife

nCode DesignLife is a powerful analysis tool that predicts fatigue life and highlights durability hotspots from finite element results. Engineers can simulate real-world loading conditions, avoiding costly design changes and ensuring durability.
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nCode DesignLife screenshot - advanced methods for predicting structural durability from major finite element analysis (FEA) result files

 Fatigue Life Prediction and Test-CAE Correlation

nCode DesignLife is a CAE-based fatigue analysis system that contains a comprehensive set of solvers and advanced methods for predicting structural durability from major finite element analysis (FEA) result files. It identifies critical locations and calculates realistic fatigue lives for both metals and composites. Design engineers can go beyond performing simplified stress analysis and avoid under- or over-designing products by simulating actual loading conditions to avoid costly design changes.

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nCode DesignLife Brochure

Get detailed insights into nCode DesignLife's capabilities and how it can help optimise your fatigue life predictions. Click on the link below to download the brochure and explore the features, applications, and benefits of using nCode DesignLife in your engineering projects.

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nCode 2025.0 is now available

The release of nCode 2025.0 brings improvements in functionality and performance for nCodeDesignLife, nCodeGlyphWorks and nCodeVibeSys software products. 

This latest version mainly focused on customer requested enhancements, minor bug fixes and component updates for improved security that continue to deliver data-driven confidence.

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Discover key capabilities in DesignLife for efficiently predicting critical failures

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Simulate actual loading conditions based on FEA results from leading solvers such as ANSYS, Nastran, Abaqus, Altair OptiStruct, LS-Dyna and others.

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Perform smarter, quicker physical tests by correlating CAE directly with physical test data in a single environment.

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Improve simulation throughput by leveraging hardware scalability with multi-threaded and distributed processing capabilities for processing large finite element models.

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Intuitive, graphical interface with functions for multiaxial, welds, short-fibre composite, vibration, crack growth, thermo-mechanical fatigue and more.

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Reduce cost and weight by assessing more designs with material parameters derived from in-house materials testing.

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Understand performance of new materials with composite-focused modules capable of modelling structural performance and possible failure modes, including fatigue.

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High quality fatigue parameters

 

The Premium Materials Database contains 150+ fatigue curves for materials like steel, aluminum, titanium, and more. These fatigue properties increase confidence in life prediction, and include scatter estimates to calculate probability of survival.

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Fatigue characterisation and material testing

 

In order to achieve the closest fatigue estimation for design, we recommend using material parameters from material tested in the exact condition. This means using the composition, manufacturing route, and heat treatment condition (including strength) that is directly relevant to the component. These parameters should ideally come from test coupons machined from an actual component.

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FEA fatigue analysis in the HBK Advanced Materials Characterization & Test facility (AMCT)
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