Mechanical anisotropy and strain rate dependency behavior of Ti6Al4V produced using E-beam additive fabrication

Engineering & Materials Science

• Anisotropy 100%
• Strain rate 88%
• Fabrication 71%
• Nanoindentation 46%
• Yield stress 34%
• Ductility 33%
• Elastic moduli 32%
• Tensile strength 30%
• Mechanical properties 24%
• Tensile testing 22%
• Strength of materials 20%
• 3D printers 19%
• Defects 13%
• Geometry 11%
• Testing 9%
• Experiments 6%

Physics & Astronomy

• strain rate 83%
• anisotropy 61%
• fabrication 58%
• yield strength 40%
• tensile tests 39%
• nanoindentation 39%
• ductility 37%
• tensile strength 36%
• modulus of elasticity 30%
• mechanical properties 25%
• indication 17%
• manufacturing 16%
• evaluation 12%
• geometry 10%
• defects 10%

Chemical Compounds

• Anisotropy 90%
• Strain 67%
• Additive 64%
• Ductility 45%
• Yield Point 44%
• Tensile Strength 32%
• Strength 24%
• Young's Modulus 20%