Indentation in shape memory alloys

Chemistry

• Shape Memory Alloy 100%
• Martensite 100%
• Austenite 54%
• Alloy 31%
• Shape 27%
• Cooling 27%
• Force 22%
• Strain 22%
• Shape Memory Effect 22%
• Application 18%
• Heating 18%
• Shear Stress 18%
• Chemical Reaction 13%
• Plastic Property 13%
• Length 13%
• Microstructure 13%
• Dislocation 13%
• Atom 9%
• Symmetry 9%
• Strain Energy 9%
• Tension 9%
• Compression 9%
• Twin Boundary 9%
• Shear Strain 9%
• Engineering Process 4%
• Group 4%
• Weight 4%
• Strength 4%
• Surface 4%
• Amount 4%
• Mixture 4%
• Metal 4%
• Sensor 4%
• Energy Storage 4%
• Volume 4%
• Density 4%
• Thermal Stability 4%
• Heat 4%
• Toughness 4%
• Plastic 4%
• Drop 4%
• Nucleation 4%
• Crystal Orientation 4%
• Phase Equilibria 4%
• Cubic Space Group 4%
• Hydraulics 4%
• Martensitic Transformation 4%
• Physical Vapor Deposition 4%
• Plastic Deformation 4%
• Microelectromechanical System 4%

Material Science

• Indentation 100%
• Shape Memory Effect 100%
• Temperature 45%
• Shape Memory 45%
• Alloy 31%
• Strain 31%
• Actuator 18%
• Microstructure 13%
• Plasticity 13%
• Shear Strain 9%
• Material 4%
• Devices 4%
• Surface 4%
• Mixture 4%
• Metal 4%
• Mechanical Strength 4%
• Nanoindentation 4%
• Plastics 4%
• Density 4%
• Thermal Stability 4%
• Sensor 4%
• Plastic Deformation 4%
• Crystal Orientation 4%
• Ceramics 4%
• Superelasticity 4%
• Pseudoelasticity 4%
• Machining 4%
• Toughness 4%
• Stress Field 4%
• Physical Vapor Deposition 4%