An investigation on Ni₄Ti₃ phase precipitation and its effects in laser directed energy deposition of TiC–NiTi composites

Engineering & Materials Science

• Aluminum oxide 18%
• Atoms 20%
• Characterization (materials science) 16%
• Composite materials 56%
• Elastic moduli 16%
• Fabrication 14%
• Lasers 73%
• Mechanical properties 12%
• Nanohardness 29%
• Nanoindentation 23%
• Nucleation 20%
• Precipitates 100%
• Recovery 13%
• Reinforcement 30%
• Shape memory effect 20%
• Strength of materials 20%
• Volume fraction 34%

Chemistry

• Alloy 45%
• Application 10%
• Ceramic 49%
• Composite Material 48%
• Energy 45%
• Nucleation 26%
• Reduction 14%
• Shape 21%
• Strength 61%
• Volume 37%
• Young's Modulus 34%

Physics & Astronomy

• atoms 9%
• ceramics 25%
• characterization 10%
• composite materials 59%
• energy 28%
• fabrication 11%
• lasers 42%
• mechanical properties 12%
• modulus of elasticity 15%
• nanoindentation 19%
• nucleation 14%
• precipitates 84%
• recovery 15%
• reinforcement 41%