By enabling designers to accurately identify fatigue hotspots and predict time to failure in a given loading environment, FE-Fatigue will provide a way to systematically minimize the weight of your product while still meeting durability targets. You'll eliminate the costs of product over-design and get better, more profitable products to market. You'll dramatically save time by reducing the need for design iterations based on expensive physical prototype testing. And, above all, you'll minimize the risk of costly recalls or redesigns.
Product Features:
- Works together with your preferred FE analysis codes and post-processors
- Dynamic stresses and strains calculated using linear static or modal superposition, or from direct transient or non-linear time step analyses.
- Fatigue analysis from PSDs for random vibration problems
- Load histories may be synthetic, measured or constructed using the aerospace spectrum generation tool
- Local strain and stress-life approaches
- Multiaxial assessment and analysis
- Elevated-temperature fatigue analysis
- Spot weld fatigue analysis
- Fatigue of welds, including unique solution for thin-sheet automotive structures
- FE-Display tool
- Utilities for load history manipulation analysis and display
|
|
