Investigation of the nano-mechanical properties of pulse electric sintered TiAl-based high entropy alloys by CALPHAD-based simulation and experimental studies

Keyphrases

• TiAl 100%
• Electric 100%
• High-entropy Alloy 100%
• Nanomechanical Properties 100%
• Calculation of Phase Diagrams (CALPHAD) 100%
• Nanohardness 50%
• Hardness Results 33%
• Calculator 33%
• Stable Phase 33%
• Property Model 33%
• Thermophysical Calculation 33%
• Mechanical Properties 16%
• Penetration Depth 16%
• Comparative Analysis 16%
• Thermodynamic Properties 16%
• Dwell Time 16%
• Heating Rate 16%
• Phase Transformation 16%
• Phase Diagram 16%
• Loading Rate 16%
• Sintering Temperature 16%
• Consistent Patterns 16%
• Milling Time 16%
• FCC Phase 16%
• Nanoindentation 16%
• Sintering Process 16%
• Nanoindentation Test 16%
• Nanomechanical Characteristics 16%
• Wet Environment 16%
• High Elastic Modulus 16%
• Heusler 16%
• Holding Period 16%
• Intrinsic Hardness 16%
• Laves 16%
• Electric Sintering 16%
• Tool Software 16%
• Unloading Rate 16%
• Predictive Model 16%
• Hardness Value 16%
• Experimentation Process 16%

Material Science

• Mechanical Property 100%
• High Entropy Alloys 100%
• Nanohardness 50%
• Alloy 50%
• Nanoindentation 33%
• Elastic Moduli 16%
• Sintering Temperature 16%
• Feedstock 16%
• Sintering 16%