Challenges in using waterjet machining of NiTi shape memory alloys: An analysis of controlled-depth milling

Keyphrases

• Water Jet Machining 100%
• Water Jet 100%
• NiTi Shape Memory Alloy 100%
• Austenite 50%
• Mechanical Properties 33%
• Operating Temperature 33%
• Abrasive 33%
• Shape Memory Effect 33%
• Water Jet Technology 33%
• NiTi 33%
• Shape Memory Alloy 33%
• Advanced Engineering 33%
• Nickel-titanium Shape Memory Alloy 33%
• Transformation Temperature 33%
• Martensite 33%
• Pseudoelasticity 33%
• Working Surface 16%
• Material Removal 16%
• Temperature Range 16%
• Material Behavior 16%
• Challenging Tasks 16%
• Aerospace 16%
• Transition Temperature 16%
• Difficult-to-cut Materials 16%
• Thermal Damage 16%
• Mechanical Damage 16%
• Abrasive Waterjet Milling 16%
• Microstructural Properties 16%
• Engineering Application 16%
• Medical Field 16%
• Mechanical Effect 16%
• Engineering Materials 16%
• Phase Strain 16%
• Work Zone 16%
• Martensitic Phase 16%
• Special Alloys 16%
• Parent Phase 16%
• Low Temperature Phase 16%
• Austenite Phase 16%
• Metallurgical Effect 16%
• Mechanical Compression 16%
• Stress-strain Diagram 16%
• High Ductility 16%
• Non-conventional Machining 16%
• Martensite Phase 16%
• Functional Shapes 16%

Engineering

• Shape Memory Alloy 100%
• Martensite 50%
• Operating Temperature 33%
• Austenite Phase 33%
• Memory Effect 33%
• Austenite 33%
• Material Removal 16%
• Conventional Machining 16%
• Tasks 16%
• Material Behavior 16%
• Low-Temperature 16%
• Temperature Range 16%
• Engineering 16%
• Abrasive 16%
• Cut Material 16%
• Engineering Application 16%
• Crystal Structure 16%
• Medical Field 16%
• Temperature Phase 16%
• Stress Strain Diagram 16%

Material Science

• Machining 100%
• Shape Memory Effect 100%
• Austenite 50%
• Martensite 37%
• Titanium 25%
• Pseudoelasticity 25%
• Crystal Structure 12%
• Engineering Material 12%