Stability of pressure-dependent, thermally-induced displacive transformations in bi-atomic crystals

Keyphrases

• Temperature Effect 100%
• Atomic Crystal 100%
• Pressure Dependence 100%
• Hydrostatic Pressure 100%
• Thermally Induced 100%
• Equilibrium Path 100%
• Hydrostatic Compression 100%
• Displacive Transformation 100%
• Nanomechanics 50%
• Tetragonal 50%
• NiTi 50%
• First-order 50%
• Monoclinic 50%
• Martensitic Transformation 50%
• Absolute Value 50%
• Orthorhombic 50%
• Higher Symmetries 50%
• Energy Density 50%
• Technological Applications 50%
• Mechanical Model 50%
• Cubic Phase 50%
• Rhombohedral 50%
• Shape Memory Effect 50%
• Stress-free 50%
• Phase Symmetry 50%
• Metallic Alloys 50%
• Atomic Potential 50%
• Coupled Thermo-mechanical 50%
• Low-symmetry Phases 50%
• Perfect Crystal 50%
• Displacive 50%

Engineering

• Monoclinic 100%
• Displacive Transformation 100%
• Pronounced Effect 100%
• Mechanical Model 100%
• Cubic Symmetry 100%
• Alloy 100%
• Absolute Value 100%
• Crystal Structure 100%
• Flux Density 100%

Material Science

• Shape Memory 100%
• Energy Density 100%
• Alloy 100%
• Crystal Structure 100%