Influence of the Quenching and Partitioning Process on the Transformation Kinetics and Hardness in a Lean Medium Manganese TRIP Steel

Keyphrases

• Partitioning Process 100%
• Quenching Temperature 100%
• Medium Manganese 100%
• Twinning-induced Plasticity Steel 100%
• Lean Media 100%
• Transformation Kinetics 100%
• Quenching Process 100%
• Retained Austenite 75%
• Isothermal Bainitic Transformation 75%
• Partitioning Temperature 75%
• Microstructure 50%
• Medium Mn Steel 50%
• Martensitic 50%
• Annealing Parameter 50%
• Transformation-induced Plasticity 50%
• Quenching-partitioning-tempering (Q-P-T) 50%
• Martensite 25%
• Dilatometry 25%
• Scanning Electron Microscopy 25%
• Mechanical Properties 25%
• Highest Good 25%
• Room Temperature 25%
• Annealing 25%
• High Strength 25%
• Light Optical Microscopy 25%
• Magnetization Method 25%
• Austenitic 25%
• Ferrite Process 25%
• Austenitization 25%
• Strain-induced Martensitic Transformation 25%
• Transformation Behavior 25%
• Saturation Magnetization 25%
• Vickers 25%
• Metastable Retained Austenite 25%
• Bainitic 25%
• Isothermal Holding 25%
• Austenite Stabilization 25%
• Bainitic Ferrite 25%
• Bainite Transformation Kinetics 25%
• Austenite 25%
• Martensite Start Temperature 25%
• C Partitioning 25%
• Optical Scanning 25%

Engineering

• Retained Austenite 100%
• Isothermal 100%
• Induced Plasticity 100%
• Bainitic Transformation 75%
• Medium Mn Steel 50%
• Martensite 25%
• Induced Martensitic Transformation 25%
• Austenitization 25%
• Saturation Magnetization 25%
• Remaining Austenite 25%
• Vickers 25%
• Plasticity Effect 25%
• Martensite Start Temperature 25%
• Room Temperature 25%
• Bainitic Ferrite 25%
• Austenite Stabilization 25%

Material Science

• Austenite 100%
• TRIP Steel 100%
• Manganese 100%
• Martensite 40%
• Dilatometry 20%
• Scanning Electron Microscopy 20%