Fatigue properties of titanium alloy, stainless steel and aluminum alloy treated with Fine Particle Bombardment

Engineering & Materials Science

• Alloy steel 100%
• Titanium alloys 93%
• Aluminum alloys 78%
• Stainless steel 78%
• Fatigue of materials 62%
• Compressive stress 35%
• Residual stresses 29%
• Hardness 26%
• Strain hardening 23%
• Surface hardening 15%
• Austenitic stainless steel 10%
• Metals 7%
• Industry 4%

Earth & Environmental Sciences

• fatigue 94%
• titanium 87%
• aluminum 71%
• steel 65%
• particle 44%
• residual stress 41%
• hardening 33%
• hardness 30%
• cyclic loading 13%
• effect 10%
• material 9%
• industry 6%
• metal 6%
• test 4%