Characterization of cyclic properties of superelastic monocrystalline Cu-Al-Be SMA wires for seismic applications

Keyphrases

• Shape Memory Alloy Wire 100%
• Superelastic 100%
• CuAlBe 100%
• Cyclic Properties 100%
• Monocrystalline 100%
• Seismic Application 100%
• Shape Memory Alloy 25%
• Ambient Temperature 25%
• Training Effect 25%
• NiTi 25%
• Loading Frequency 25%
• Cold Temperature 25%
• Yield Stress 12%
• Energy Dissipation 12%
• Single Crystal 12%
• Mechanical Behavior 12%
• Applied Load 12%
• Large Strain 12%
• Hysteretic 12%
• Hysteresis 12%
• Civil Structures 12%
• Temperature Environment 12%
• NiTi Shape Memory Alloy 12%
• Outdoor Environment 12%
• Superelasticity 12%
• Superelastic Behavior 12%
• Energy Dissipation Capacity 12%
• Cold Winter 12%
• Number of Loading Cycles 12%
• Strain Amplitude 12%
• Temperature Performance 12%
• Residual Deformation 12%
• Common Interest 12%
• Mitigation Devices 12%
• Copper-based Shape Memory Alloy 12%
• Stress Energy 12%
• Internal Loop 12%
• Transformation Stress 12%
• Superelastic Strain 12%
• Strain-controlled Fatigue 12%
• Constitute Model 12%
• Temperature Dependence 12%
• Minimal Sensitivity 12%
• Seismic Response Mitigation 12%

Engineering

• Shape Memory Alloy 100%
• Monocrystalline 100%
• Energy Dissipation 28%
• Loading Frequency 28%
• Polycrystalline 28%
• Strain Amplitude 14%
• Seismic Response 14%
• Environment Temperature 14%
• Tested Specimen 14%
• Loading Cycle 14%
• Ni-Ti Shape Memory Alloy 14%
• Mechanical Property 14%
• Yield Point 14%

Material Science

• Shape Memory Effect 100%
• Yield Stress 12%
• Superelasticity 12%
• Mechanical Property 12%
• Single Crystal 12%