FEMFAT是一款用于对部件进行疲劳测试的软件。它可为部件的安全使用提供快速可信的解决方案，并可结合NASTRAN，ABAQUS，ANSYS，I-DEAS，MEDINA，PATRAN，PRO/MECHANICA等常用软件使用。

The software FEMFAT performs fatigue analyses in combination with widely used finite element programs such as NASTRAN, ABAQUS, ANSYS, I-DEAS, MEDINA, PATRAN, PRO/MECHANICA,..
To ensure full and convenient integration into the customers' CAE processes, commonly used interfaces to multi-body, optimization and measurement systems are integrated as well (ADAMS, SIMPACK, TOSCA, RPC, LMS-TecMath, DIAdem).

At an early stage of the design process - long before time and cost consuming tests are scheduled - FEMFAT provides engineers with reliable information on the fatigue life of structures. Therefore it is possible to improve critical points and most probably reduce the total weight, which results in high-level prototypes and consequently leads to less tests.

The continuous practical usage of FEMFAT ensures its outstanding reliability. About 500 fatigue-related projects analyses and testings - performed at our Technology Center for more than a decade, have been giving valuable feedback to our software developers. This made FEMFAT one of the leading fatigue analysis applications in the automotive industry and built the basis for its worldwide acceptance.

Efficiency and high quality are an absolute must for all our customers, from ALCAN to VOLKSWAGEN. FEMFAT accounts for many important interacting fatigue influences such as material properties, notches, mean stresses, surface roughness, temperature field, plasticity, mechanical and/ or chemical surface treatments, component sizes, special behavior of welding seams, spot welds, self piercing rivets, multi-axial loading and much more.

FEMFAT results can be displayed graphically by means of FE post-processors or the VISUALIZER module. The result types include damage, safety factors of endurance or static load as well as stresses, ratio and multi axiality.

An output record file shows all relevant material data, analysis parameters and stress tensors for highly loaded nodes including detailed fatigue results.