FEA Fatigue Analysis for Durable, Efficient Designs
fe-safe
fe-safe
Optimizing material usage has become central to the ongoing industrial transformation. Manufacturers strive to create lightweight yet durable components to achieve cost-efficient production, reduced warranty and recall expenses, and faster development cycles.
Advanced finite element analysis (FEA) now plays a vital role in design stress evaluation. However, many organizations still depend on manual stress point selection and spreadsheet-based fatigue analysis, a method that is both time-consuming and prone to missing critical failure points.
fe-safe is a leading fatigue analysis software specifically developed for FEA models. Since the early 1990s, it has defined industry standards for durability analysis in close collaboration with major engineering sectors. The fe-safe suite seamlessly interfaces with popular FEA platforms such as Abaqus, ANSYS, and Nastran, offering robust solutions for the most demanding fatigue applications.
As the first commercial software to implement modern multiaxial strain-based fatigue methods, fe-safe continues to set the benchmark in fatigue analysis technology. The Extended Packaging concept integrates fe-safe with other simulation tools through a unified token system, ensuring smooth access across multiple solutions. Known for its speed, accuracy, breadth of features, and user-friendliness, fe-safe easily integrates into any design workflow, helping engineers create products with superior durability and performance.
Achieve precise durability and fatigue analysis through advanced simulation technology.
Identify critical fatigue locations and simulate crack initiation and propagation.
Perform multiaxial, strain-based, and vibration fatigue analyses with customizable methods.
Account for surface finish, residual stresses, and real-world production impacts.
Leverage parallel processing and detailed node-by-node property mapping.
Access an extensive library of fatigue properties for accurate simulations.
Enhance product reliability and durability with targeted fatigue assessments.
Improve component lifespan and reduce material usage through fatigue-driven design.
Predict fatigue life and identify high-risk regions across FEA models.
Minimize prototype testing and shorten validation cycles.
Evaluate welded structures and ensure compliance with FKM guidelines.
Assess complex loading conditions for real-world reliability.