The effect of niobium on the microstructure and phase transformation kinetics in low-carbon medium manganese steels

Keyphrases

• Medium Manganese Steel 100%
• Carbon Media 100%
• Low Carbon 100%
• Niobium 100%
• Microstructure Transformation 100%
• Phase Transformation Kinetics 100%
• Cooling Rate 50%
• Microstructure 50%
• Intercritical Annealing 50%
• Retained Austenite 50%
• Continuous Cooling Transformation Diagram 50%
• Phase Transformation 50%
• Bainite 25%
• Martensite 25%
• Etching Process 25%
• Scanning Electron Microscopy 25%
• Medium Mn Steel 25%
• Ferrite 25%
• High Strength 25%
• Austenite 25%
• Optical Microscopy 25%
• Advanced High Strength Steel 25%
• 3rd Generation 25%
• Dilatometer 25%
• Grain Refinement Strengthening 25%
• Transformation Products 25%
• Quantitative Metallography 25%
• Microalloying Elements 25%
• Niobium Content 25%
• Microstructural Aspects 25%
• X-ray Diffractometry 25%
• Microstructural Development 25%

Engineering

• Microstructure 100%
• Manganese Steel 100%
• Phase Transformation Kinetics 100%
• Cooling Rate 66%
• Intercritical Annealing 66%
• Retained Austenite 66%
• Bainite 33%
• Martensite 33%
• Austenite 33%
• Metallography 33%
• Medium Mn Steel 33%
• Promising Candidate 33%
• Advanced High Strength Steel 33%
• Alloying Element 33%

Material Science

• Manganese Steel 100%
• Niobium 100%
• Austenite 60%
• Annealing 40%
• Martensite 20%
• Bainite 20%
• Metallography 20%
• Scanning Electron Microscopy 20%
• High Strength Steels 20%
• Alloying 20%
• Grain Refinement 20%
• X Ray Diffraction Analysis 20%