Effects of particle collision treatments on fatigue strength of Ti-6Al-4V alloy with polishing marks

Chemical Compounds

• Fatigue Strength 100%
• Polishing 70%
• Collision 60%
• Alloy 42%
• Residual Stress 40%
• Shot Peening 34%
• Surface 19%
• Machining 13%

Engineering & Materials Science

• Polishing 66%
• Fatigue of materials 41%
• Residual stresses 31%
• Shot peening 30%
• Compressive stress 25%
• Hardness 19%
• Surface treatment 12%
• Mirrors 12%
• Deterioration 10%
• Machining 9%
• Mechanical properties 7%

Physics & Astronomy

• polishing 63%
• shot peening 30%
• residual stress 27%
• hardness 15%
• deterioration 10%
• surface treatment 10%
• machining 10%
• high strength 10%
• mirrors 7%
• mechanical properties 6%