Creation of fine grained-layer and high hardness-layer using IH-FPP treatment system and its effect on the fatigue properties of steel

Physics & Astronomy

• peening 100%
• induction heating 97%
• hardness 54%
• steels 51%
• fatigue testing machines 19%
• microstructure 17%
• bending fatigue 16%
• compressed air 14%
• fatigue tests 13%
• crack initiation 11%
• stress concentration 11%
• Vickers hardness 11%
• crack propagation 10%
• surface treatment 10%
• optical microscopes 10%
• sprayers 9%
• stress distribution 9%
• nozzles 9%
• residual stress 9%
• plastic deformation 8%
• quenching 8%
• room temperature 5%

Engineering & Materials Science

• Shot peening 86%
• Induction heating 85%
• Hardness 55%
• Fatigue of materials 48%
• Steel 40%
• Microstructure 20%
• Stress concentration 17%
• Vickers hardness 12%
• Dynamic recrystallization 12%
• Fatigue testing 11%
• Compressed air 11%
• Surface treatment 10%
• Quenching 10%
• Crack initiation 9%
• Microscopes 9%
• Plastic deformation 8%
• Residual stresses 8%
• Nozzles 8%
• Crack propagation 8%
• Temperature 8%

Chemical Compounds

• Fatigue Strength 57%
• Microstructure 23%
• Surface 22%
• Crack Initiation 18%
• Heating System 17%
• Crack Propagation 16%
• Residual Stress 15%
• Vickers Hardness 14%
• Plastic Deformation 14%
• Nozzle 13%
• Spray 10%
• Ambient Reaction Temperature 6%