Extremely Rapid Age Hardening in Ti-5Al-2Fe-3Mo Solution Treated at High α + β Temperature Region

Engineering & Materials Science

• Age hardening 91%
• Spinodal decomposition 69%
• Phase stability 41%
• Aging of materials 34%
• Martensite 29%
• Temperature 28%
• Microstructural evolution 17%
• Alloying elements 16%
• Titanium alloys 14%
• Atoms 14%
• Transmission electron microscopy 14%
• Tomography 13%
• Hardening 13%
• Residual stresses 12%
• Cooling 9%
• Microstructure 9%

Chemical Compounds

• Spinodal Decomposition 100%
• Chemical Transformation 45%
• Shear 43%
• Acicular Crystal 32%
• Titanium Alloy 29%
• Alloying 24%
• Cooling 21%
• Time 17%
• Microstructure 16%
• Transmission Electron Microscopy 15%
• Probe 14%

Physics & Astronomy

• precipitation hardening 85%
• decomposition 32%
• martensite 28%
• temperature 21%
• intervals 21%
• shear 19%
• titanium alloys 15%
• stress distribution 13%
• hardening 13%
• residual stress 13%
• alloying 12%
• tomography 11%
• cooling 9%
• transmission electron microscopy 9%
• probes 8%
• microstructure 8%
• atoms 7%