Analysis of surface crack growth under rolling contact fatigue

Mathematics

• Surface Growth 100%
• Crack Growth 91%
• Surface Crack 88%
• Fatigue 85%
• Fatigue Crack Growth 79%
• Crack 61%
• Contact 53%
• Crack Growth Rate 27%
• Grinding 23%
• Finite Element Simulation 23%
• Mixed Mode 22%
• Slip Condition 22%
• Cycle 22%
• Plastic Deformation 22%
• Mm 21%
• Driving Force 21%
• Life 13%
• Strategy 11%
• Simulation 9%
• Range of data 9%

Chemical Compounds

• Displacement 51%
• Fatigue Limit 38%
• Simulation 26%
• Wear Rate 26%
• Surface 20%
• Shear 19%
• Force 14%
• Length 12%
• Pressure 12%
• Amount 8%

Engineering & Materials Science

• Crack propagation 54%
• Fatigue of materials 43%
• Elastic deformation 14%
• Plastic deformation 11%
• Rails 10%
• Wear of materials 9%