Characteristics of carbide-free medium-carbon bainitic steels in high-stress abrasive wear conditions

Physics & Astronomy

• bainitic steel 100%
• carbon steels 73%
• abrasives 73%
• carbides 59%
• ausforming 55%
• austenite 30%
• steels 22%
• wear resistance 22%
• carbon 20%
• martensite 20%
• temperature 18%
• hardness 16%
• granite 14%
• wear tests 13%
• bainite 13%
• work hardening 11%
• vanadium 10%
• niobium 10%
• molybdenum 10%
• tensile strength 9%
• alloying 9%
• ferrites 8%
• decomposition 7%
• nucleation 7%
• aluminum 7%
• cooling 6%
• mechanical properties 6%
• evaluation 6%
• microstructure 6%
• silicon 5%

Engineering & Materials Science

• Abrasion 62%
• Carbides 59%
• Carbon 46%
• Steel 35%
• Bainitic transformations 29%
• Austenite 26%
• Temperature 24%
• Martensite 18%
• Wear resistance 16%
• Hardness 13%
• Granite 11%
• Niobium 11%
• Vanadium 10%
• Martensitic stainless steel 10%
• Bainite 10%
• Molybdenum 10%
• Alloying 10%
• Nucleation 9%
• Strain hardening 9%
• Abrasives 8%
• Ferrite 8%
• Tensile strength 7%
• Silicon 6%
• Aluminum 6%
• Wear of materials 6%
• Decomposition 6%
• Cooling 6%
• Microstructure 5%
• Chemical analysis 5%
• Mechanical properties 5%
• Testing 4%

Chemical Compounds

• Abrasive 75%
• Wear 57%
• Bainitic Transformation 47%
• Strain Hardening 17%
• Chemical Transformation 15%
• Resistance 15%
• Alloying 12%
• Carbon Atom 11%
• Cooling 10%
• Tensile Strength 10%
• Nucleation 10%
• Microstructure 8%
• Decomposition 7%
• Length 7%
• Liquid Film 5%
• Time 4%