Role of changes in heat input on additively manufactured Ti–6Al–4V fabricated by directed energy deposition

Chemical Compounds

• Heat 100%
• Strength 86%
• Energy 63%
• Solid Solution 45%
• Yield Point 31%
• Grain Size 25%
• Drop 23%
• Volume 15%
• Reduction 12%

Physics & Astronomy

• heat 89%
• hardening 50%
• solid solutions 44%
• energy 39%
• hot isostatic pressing 33%
• yield strength 28%
• deposits 24%
• grain size 20%
• mechanical properties 18%
• geometry 15%
• lasers 11%

Engineering & Materials Science

• Hot Temperature 64%
• Solid solutions 60%
• Hardening 50%
• Hot isostatic pressing 34%
• Deposits 26%
• Yield stress 24%
• Volume fraction 24%
• Lasers 20%
• Mechanical properties 17%
• Geometry 16%