Simulation of the temperature and grain size dependent uniaxial compressive strength using 3D wing crack model

Engineering

• Models 100%
• Crack 100%
• Decreasing Temperature 60%
• Compressive Strength 40%
• Grain Diameter 40%
• Wings 40%
• Temperature 40%
• Uniaxial Compressive Strength 40%
• Fresh Water 20%
• Computer Simulation 20%
• Measurement 20%
• Experimental Result 20%
• Inhomogeneity 20%
• Frictional Sliding 20%
• Software Element 20%
• Kinetic Friction 20%
• Two Dimensional 20%
• Good Result 20%
• Micro Crack 20%
• Subroutine 20%
• Simulation 20%
• Kinetic 20%
• Increase Strength 20%
• Deformation Process 20%

Physics

• Model 100%
• Cracks 100%
• Mechanical Deformation 60%
• Ice 60%
• Friction 40%
• Grain Size 40%
• Compressive Strength 40%
• Temperature 40%
• Inhomogeneity 20%
• Kinetic Friction 20%
• Sliding 20%
• Microcracks 20%
• Sea Ice 20%
• Freshwater 20%
• Increasing 20%
• Simulation 20%
• Dimensions 20%
• Kinetics 20%
• Kinematics 20%

Material Science

• Crack 100%
• Ice 60%
• Compressive Strength 40%
• Mechanical Strength 40%
• Finite Element Methods 40%
• Material 20%
• Sea Ice 20%