fe-safe with fe-safe Composites 6.2

fe-safe with fe-safe Composites is a fatigue analysis solution designed to predict the durability and service life of both metal and composite components using results from finite element analyses. It helps engineers evaluate how real-world, variable-amplitude loads and multiaxial stress states affect product performance, enabling earlier design decisions and reducing the need for costly physical testing.

For metallic parts, the software supports stress- and strain-life methods, mean-stress corrections, nonproportional loading, and damage accumulation under complex duty cycles. It imports stress and strain histories from popular FEA solvers, identifies critical locations, and outputs fatigue life, damage, and safety-factor contours to guide design optimization.

The fe-safe Composites capability extends this workflow to fiber-reinforced materials and laminates. It accounts for ply properties, fiber orientation, stacking sequence, and anisotropy, providing ply-by-ply fatigue evaluation under in-plane tension, compression, and shear. Engineers can assess how different layups and load cases influence life, compare design alternatives, and refine laminate architectures to meet durability targets.

Typical applications span automotive, aerospace, energy, and industrial machinery, where reliability under cyclic loading is critical. By combining metals and composites fatigue assessment in one environment, fe-safe with fe-safe Composites streamlines durability analysis, highlights fatigue hot spots early, and supports lighter, longer-lasting designs.

The most popular version of fe-safe with fe-safe Composites among our users is 6.2. The names of program executable files are cmd.exe, fe-safe.exe.

You can check Steganos Safe, LaCie Safe Manager, CE Safe Browser and other related programs like Virtual Safe at the "download" section.