Effects of morphological gene decay and mutation on the micro-macro mechanical behaviors of granular soils

Keyphrases

• Mechanical Behavior 100%
• Scaling Behavior 100%
• Granular Soil 100%
• Micro-macro 100%
• Gene mutation 100%
• Particle Morphology 100%
• Macro-mechanical 100%
• Genome Decay 100%
• Grain Scale 66%
• Stress Ratio 66%
• Coordination number 66%
• Contact Force Network 66%
• Particle Rotation 66%
• Granular Skeleton 66%
• Fabric Structure 33%
• Principal Coordinate Analysis (PCoA) 33%
• Spherical Harmonics 33%
• Axial Compression 33%
• Peak Stress 33%
• Shear Band Formation 33%
• Shear Strain 33%
• Discrete Element Method 33%
• Volumetric Strain 33%
• Morphology Effect 33%
• Initial Stiffness 33%
• Particle Shape 33%
• Micromechanical Behavior 33%
• Granular Assembly 33%
• Discrete Element Simulation 33%
• Shape Irregularity 33%
• Particle Fabric 33%
• Volumetric Contraction 33%
• Constant Confining Stress 33%
• Volumetric Dilation 33%
• Dilation Bands 33%

Engineering

• Granular Soil 100%
• Macroscale 100%
• Length Scale 100%
• Contact Force 100%
• Element Method 100%
• Discrete Element 100%
• Stress Ratio 100%
• Mechanical Property 100%
• Multiscale 50%
• Fabric Structure 50%
• Axial Compression 50%
• Confining Stress 50%
• Shear Band Formation 50%
• Roundness 50%
• Strong Variation 50%
• Particle Number 50%
• Initial Stiffness 50%
• Peak Stress 50%
• Component Analysis 50%
• Shapes of Particle 50%
• Principal Components 50%
• Shear Strain 50%
• Volumetric Strain 50%
• Harmonics 50%