The role of thermal activation on dynamic stress-induced inelasticity and damage in Ti-6Al-4V

Physics & Astronomy

• phase transformations 98%
• activation 88%
• damage 79%
• strain rate 64%
• nucleation 55%
• unloading 43%
• tensile stress 38%
• coalescing 35%
• hardware 35%
• temperature 33%
• voids 32%
• inhomogeneity 31%
• coils 30%
• histories 30%
• shock 28%
• microscopy 26%
• heating 23%
• room temperature 20%
• configurations 19%
• magnetic fields 18%
• pulses 18%

Engineering & Materials Science

• Chemical activation 100%
• Phase transitions 69%
• Hot Temperature 53%
• Nucleation 46%
• Temperature 44%
• Strain rate 41%
• Coalescence 25%
• Microscopic examination 24%
• Unloading 23%
• Compressive stress 23%
• Tensile stress 22%
• Magnetic fields 19%
• Heating 15%
• Computer hardware 13%
• Experiments 7%

Chemical Compounds

• Strain 77%
• Velocity 62%
• Nucleation 61%
• Plate Like Crystal 58%
• Coalescence 40%
• Coil 35%
• Magnetic Field 34%
• Flow 24%
• Strength 23%
• Modification 20%
• Ambient Reaction Temperature 20%
• Surface 11%