Effect of aluminum content on the microstructure and mechanical properties of hypereutectoid steels

Physics & Astronomy

• cementite 94%
• grain boundaries 71%
• steels 71%
• aluminum 66%
• mechanical properties 64%
• microstructure 56%
• spacing 37%
• pearlite 31%
• dilatometry 30%
• supercooling 26%
• yield strength 25%
• tensile strength 22%
• elongation 22%
• field emission 21%
• electron diffraction 20%
• phase diagrams 18%
• cooling 16%
• scanning electron microscopy 15%
• air 14%
• temperature 14%

Engineering & Materials Science

• Grain boundaries 97%
• Aluminum 74%
• Microstructure 64%
• Mechanical properties 62%
• Steel 56%
• Undercooling 35%
• Electron diffraction 31%
• Phase diagrams 30%
• Field emission 30%
• Pearlite 29%
• Elongation 22%
• Yield stress 21%
• Temperature 19%
• Tensile strength 19%
• Scanning electron microscopy 19%
• Cooling 16%
• Air 13%

Chemical Compounds

• Grain Boundary 100%
• Microstructure 65%
• Yield Point 27%
• Phase Diagrams 21%
• Cooling 21%
• Tensile Strength 20%
• Electron Particle 13%
• Amount 10%