Multi-crack analysis of hydraulically pumped cone fracture in brittle solids under cyclic spherical contact

Keyphrases

• Multi-crack 100%
• Brittle Solids 100%
• Fluid Pressure 100%
• Liquid Pressure 100%
• Crack Analysis 100%
• Spherical Contact 100%
• Dental Crown 50%
• Fracture Analysis 50%
• Delamination 50%
• Toughness 50%
• Tensile Stress 50%
• Rate Dependence 50%
• Fracture Stages 50%
• Brittle Fracture 50%
• Secondary Crack 50%
• Crack Tip 50%
• Stress Shielding 50%
• Slow Growth 50%
• Postmortem Tissue 50%
• Lubricant 50%
• Damage Evolution 50%
• Compression Zone 50%
• Surface Stress 50%
• Surface Damage 50%
• In Situ Observation 50%
• Cone Crack 50%
• Contact Edge 50%
• Multiple Cracks 50%
• Transparent Glass 50%
• Spherical Indentation 50%
• Fluid Entrapment 50%
• Hydraulic Pump 50%
• Dual Constraints 50%
• Cracking Rate 50%
• Crack Driving Force 50%
• Hertzian 50%
• Crack Trajectory 50%
• Applications of Fluid 50%
• Rolling Contact Fatigue 50%

Material Science

• Indentation 100%
• Delamination 100%
• Ultimate Tensile Strength 100%
• Hydraulics 100%
• Polycarbonate 100%
• Brittle Fracture 100%
• Crack Tip 100%
• Surface Stress 100%
• Damage Evolution 100%
• Surface Damage 100%
• Rolling Contact Fatigue 100%

Engineering

• Fluid Pressure 100%
• Liquid Pressure 100%
• Early Stage 50%
• Fracture Analysis 50%
• Delamination 50%
• Tensile Stress σ 50%
• Polycarbonate 50%
• Brittle Fracture 50%
• Indentation 50%
• Crack Tip 50%
• Damage Evolution 50%
• Situ Observation 50%
• Damage Surface 50%
• Multiple Crack 50%
• Rolling Contact Fatigue 50%
• Hydraulic Pump 50%
• Crack Driving Force 50%
• Crack Mouth 50%
• Compression Zone 50%