Critical resolved shear stress for slip and twin nucleation in single crystalline FeNiCoCrMn high entropy alloy

Engineering & Materials Science

• High-entropy alloys 100%
• Twinning 86%
• Crystalline materials 69%
• Nucleation 69%
• Crystal orientation 68%
• Shear stress 60%
• Temperature 26%
• Hardening 22%
• Cryogenics 8%
• Strain hardening 8%
• Chemical activation 7%
• Mechanical properties 5%

Physics & Astronomy

• critical loading 77%
• twinning 69%
• shear stress 59%
• slip 56%
• nucleation 49%
• entropy 48%
• hardening 22%
• crystals 19%
• room temperature 13%
• temperature dependence 10%
• strain hardening 9%
• cryogenic temperature 8%
• ductility 8%
• emerging 7%
• tendencies 7%
• activation 6%
• mechanical properties 5%
• augmentation 5%
• temperature 4%

Chemical Compounds

• Crystal Orientation 83%
• Shear Stress 79%
• Nucleation 54%
• Alloy 46%
• Ambient Reaction Temperature 22%
• Strain Hardening 18%
• Ductility 15%
• Cryogenics 14%
• Strength 8%