Electro-thermo-mechanical characterization of microscale Ti-6Al-4V wires using an innovative experimental method

Physics & Astronomy

• microbalances 73%
• wire 54%
• characterization 40%
• Joule heating 28%
• test equipment 25%
• temperature effects 22%
• electric power supplies 21%
• proportional limit 18%
• current density 17%
• electric current 12%
• ductility 11%
• plastic deformation 10%
• actuators 9%
• modulus of elasticity 9%
• cameras 9%
• boundary conditions 8%
• mechanical properties 8%
• temperature 7%
• electronics 6%

Engineering & Materials Science

• Characterization (materials science) 64%
• Wire 54%
• Joule heating 31%
• Thermometers 31%
• Thermal effects 24%
• Current density 23%
• Infrared radiation 21%
• Ductile fracture 14%
• Electric currents 14%
• Tensile testing 14%
• Plastic deformation 10%
• Ductility 10%
• Elastic moduli 10%
• Temperature 9%
• Boundary conditions 9%
• Actuators 9%
• Cameras 8%
• Mechanical properties 7%
• Finite element method 7%

Chemical Compounds

• Thermometer 100%
• Current Density 53%
• Current 46%
• Plastic Deformation 45%
• Ductility 43%
• Strain 25%
• Strength 23%
• Reduction 16%
• Surface 11%