Modeling and experiment on microstructure evolutions and mechanical properties in grade 600 MPa reinforcing steel rebar subjected to TempCore process

Physics & Astronomy

• grade 90%
• phase transformations 82%
• steels 68%
• mechanical properties 62%
• microstructure 54%
• air cooling 42%
• subroutines 42%
• liquid cooling 39%
• tempering 37%
• martensitic transformation 33%
• plastic properties 28%
• estimating 27%
• hardness 24%
• heat transfer 24%
• computer programs 22%
• heat 20%
• kinetics 18%
• curves 17%
• predictions 16%
• simulation 11%
• temperature 9%

Engineering & Materials Science

• Rebar 100%
• Phase transitions 97%
• Quenching 64%
• Microstructure 62%
• Mechanical properties 60%
• Martensitic transformations 41%
• Subroutines 35%
• Tempering 35%
• Cooling water 34%
• Plastic flow 33%
• Experiments 33%
• Plasticity 29%
• Hardness 24%
• Cooling 21%
• Heat transfer 20%
• Air 17%
• Hot Temperature 14%
• Temperature 12%

Chemical Compounds

• Microstructure 63%
• Martensitic Transformation 47%
• Cooling Water 43%
• Plastic Property 36%
• Heat Transfer 33%
• Heat 23%
• Flow 20%
• Simulation 19%
• Surface 9%