Powder Metallurgy Surpasses Cast and Wrought Materials in Fatigue Performance
The premier resource for the multidisciplined design engineer
Material fatigue annually contributes to an estimated $600 billion in losses. Today, there are three approaches to analyzing and designing against fatigue: 1) stress-based approached; 2) strain-based approach; and 3) the fracture mechanics approach.
Metal
- EN 12166 Grade CuZn39Pb3 H08 – Lead-Added Brass for Enhanced Machinability and Corrosion Resistance
- AW-5040 H14 Aluminum Alloy – EN 573-3 Certified, Food Safe, High Strength
- 5251 H38 Aluminum Wrought Alloy – Non-Heat-Treatable, High Work Hardening & Corrosion Resistance
- AA 5083 H14 Aluminium Alloy – High Strength & Corrosion Resistance
- EN 573-3 AW-5754 H244: Premium Aluminum Alloy for Industrial Applications
- EN 10106 Grade M210-35A: Premium Non-Oriented Electrical Steel with Guaranteed Magnetic Properties
- Aluminium 2007 vs 6082: Key Differences & Applications
- AC-42100 T64 Aluminium Alloy – EN 1706 Certified Grade
- EN 12167 Grade CuZn40 (R440) – High-Performance Copper Alloy
- EN DC07 Cold Rolled Mild Steel – High Strength, Superior Formability, and Guaranteed Ductility