FE-SAFE
Overview of fe-safe
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fe-safe
DURABILITY ANALYSIS SOFTWARE FOR FINITE ELEMENT MODELS
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fe-safe/Rubber
DURABILITY ANALYSIS SOFTWARE FOR FINITE ELEMENT MODELS
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SAFE4FATIGUE
DURABILITY ANALYSIS SOFTWARE FOR FINITE ELEMENT MODELS
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Verify in fe-safe
DURABILITY ANALYSIS SOFTWARE FOR FINITE ELEMENT MODELS
Explore the Capabilities with fe-safe
fe-safe
fe-safe is a leading fatigue analysis software for Finite Element models, developed collaboratively since the 1990s. It offers modern multiaxial strain-based fatigue methods, thermo-mechanical fatigue, and unique features for various materials. Its user-friendly interface, parallel processing, and advanced algorithms ensure efficient fatigue life predictions for different applications. The software's ease of use, automatic algorithm selection, and compatibility with major FEA suites make it valuable for designing durable components that meet client demands.
fe-safe/Rubber
fe-safe/Rubber is groundbreaking fatigue analysis software for elastomers, filling a gap in the field of rubber durability simulation. Developed by Endurica, it offers validated algorithms to predict fatigue failure and crack initiation sites accurately. With a user-friendly interface, critical plane analysis, and efficient damage accumulation calculations, fe-safe/Rubber enhances elastomer fatigue simulation, supporting improved design processes across industries.
SAFE4FATIGUE
SAFE4FATIGUE is an integrated system for advanced durability analysis using strain signals or peak-valley data. It's part of fe-safe, offering an intuitive interface, automation, and compatibility with various data systems. It streamlines fatigue analysis, improves testing correlation, and optimizes durability programs for better product design.
Verify in fe-safe
The Verity mesh-insensitive Structural Stress Method, developed by Battelle, is a significant breakthrough for fatigue analysis in welded joints and structures. Integrated with fe-safe, it enhances reliability and accuracy by removing user subjectivity and offering consistent stress calculations regardless of mesh size. This method simplifies fatigue life prediction, reduces testing costs, and prevents over-engineering. It uses a single master S-N curve and is applicable to various weld types and loading scenarios. Verity's effectiveness has been validated through numerous physical fatigue tests.
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