Thermo-Mechanically Assisted Grain Growth in Ti6Al4V Fabricated Using the Powder Bed Additive Manufacturing During High-Temperature Mechanical Testing

Engineering & Materials Science

• High temperature testing 100%
• Grain growth 78%
• Mechanical testing 76%
• 3D printers 62%
• Powders 50%
• Temperature 25%
• Electron diffraction 20%
• Fusion reactions 18%
• Electron beams 18%
• Chemical activation 14%
• High temperature applications 10%
• Crystal microstructure 9%
• Powder metals 9%
• Coarsening 9%
• Thermal gradients 8%
• Cooling 5%
• Mechanical properties 5%
• Metals 5%
• Industry 3%

Chemical Compounds

• Grain Growth 76%
• Electron Beam 68%
• Additive 42%
• Electron Particle 34%
• Grain Size 29%
• Cooling 27%
• Industry 23%
• Alloy 22%
• Chemical Transformation 19%
• Application 19%
• Volume 18%
• Ambient Reaction Temperature 17%
• Metal 14%

Physics & Astronomy

• beds 59%
• manufacturing 52%
• fusion 25%
• electron diffraction 17%
• activation 16%
• high temperature tests 16%
• grain formation 15%
• electron beams 15%
• metal powder 13%
• softening 10%
• temperature 9%
• industries 8%
• grain size 7%
• cooling 7%
• mechanical properties 7%
• gradients 6%
• room temperature 5%
• metals 5%