Multiscale numerical analysis of damage in heterogeneous rocks applied to underground works

Keyphrases

• Meso 100%
• Shear Band 100%
• Mineral Inclusions 100%
• Double Scale 100%
• Underground Works 100%
• Heterogeneous Rock 100%
• Multiscale numerical Analysis 100%
• Spatial Arrangement 50%
• Mesostructure 50%
• Crack Formation 50%
• Mineralogy 50%
• Engineering Structures 50%
• Scaling Behavior 50%
• Computational Homogenization 50%
• Material Deformation 50%
• Strain Localization 50%
• Two-scale 50%
• Scaling Properties 50%
• Engineering Scale 50%
• Rocking Behavior 50%
• Representative Elementary Volume 50%
• Damage Development 50%
• Damage Zone 50%
• Material Damage 50%
• Deformation Zone 50%
• Induced Fracture 50%
• Numerical Framework 50%
• Phenomenological Constitutive Model 50%
• Clay Rock 50%
• Deformation Damage 50%
• Mineral Clay 50%
• Clay Matrix 50%
• Underground Exploitation 50%
• Inclusion Matrices 50%
• Scale Characteristics 50%
• Underground Engineering 50%
• Damage Mode 50%
• Inclusion Morphology 50%
• Failure Damage 50%

Engineering

• Macroscale 100%
• Multiscale 100%
• Engineering 50%
• Microscale 50%
• Constitutive Model 50%
• Engineering Structure 50%
• Mesoscale 50%
• Shear Band 50%
• Strain Localization 50%
• Elementary Volume 50%
• Computational Homogenisation 50%
• Shear Banding 50%
• Damage Deformation 50%
• Damage Mode 50%

Earth and Planetary Sciences

• Mineralogy 100%
• Homogenizing 100%
• Shear Band 100%