Contact mechanics of hertzian cone cracking

Engineering

• Axisymmetric 25%
• Brittleness 25%
• Contact Mechanics 100%
• Contact Pressure 50%
• Crack Closure 25%
• Crack Growth 50%
• Crack Length 75%
• Cracked Body 50%
• Cracked Region 25%
• Experimental Observation 50%
• Finite Element Analysis 25%
• Finite Element Calculation 25%
• Hardened Steel 25%
• Indentation 25%
• Interaction Effect 25%
• Lime Glass 25%
• Mm Diameter 25%
• Pressure Distribution 100%
• Steel Ball 25%
• Stress-Intensity Factor 50%

Keyphrases

• Brittle Materials 8%
• Cone Crack 100%
• Contact Edge 8%
• Contact Mechanics 100%
• Contact Pressure 8%
• Contact Pressure Distribution 8%
• Contact Radius 33%
• Crack Growth 16%
• Crack Length 25%
• Cracked Body 16%
• Cracked Region 8%
• Finite Element 8%
• Finite Element Calculation 8%
• Glass Block 8%
• Hardened Steel 8%
• Hertzian 8%
• Hertzian Cone 100%
• Hertzian Pressure 25%
• Indenter 8%
• Interaction Effect 8%
• Mode I Stress Intensity Factor 8%
• Modified Crack Closure Integral 8%
• Monotonically Decreasing Function 8%
• Non-Hertzian 8%
• Pressure Distribution 25%
• Quasi-static Indentation 8%
• Soda-lime Glass 8%
• Spherical Indenter 8%
• Steel Ball 8%
• Stress Intensity Factor 8%
• Surface Interaction 8%