Unravelling the role of natural imperfections on the mechanical behaviour of cemented granular systems: insights from naturally weakly cemented sands

Engineering

• Porosity 100%
• Induced Deformation 100%
• Deformation Process 100%
• Experimental Result 50%
• Water Injection 50%
• Matrix Material 50%
• Strain Localization 50%
• Strain Field 50%
• Rock Interaction 50%
• Oil Saturation 50%
• System Behavior 50%
• Conducted Experiment 50%
• Shallow Foundation 50%
• Constitutive Modeling 50%
• Climatic Change 50%
• Cement Concrete 50%
• Heavy Water 50%
• Hazards 50%
• Slope Stability 50%
• Engineering Application 50%
• Geotechnical Engineering 50%
• Micromechanics 50%
• Hard Rock 50%
• Preferred Orientation 50%

INIS

• sand 100%
• deformation 100%
• imperfections 100%
• cements 50%
• rocks 50%
• fluids 37%
• migration 37%
• strains 25%
• water 25%
• oils 25%
• injection 25%
• porosity 25%
• clays 25%
• scanning electron microscopy 12%
• correlations 12%
• hazards 12%
• applications 12%
• losses 12%
• laboratories 12%
• particles 12%
• modeling 12%
• neutrons 12%
• x radiation 12%
• interactions 12%
• capture 12%
• zones 12%
• slope stability 12%
• engineering 12%
• volume 12%
• climatic change 12%
• speed 12%
• decane 12%
• construction 12%
• oil saturation 12%
• sandstones 12%
• tomography 12%
• matrices 12%
• compression 12%
• maps 12%
• durability 12%
• computerized tomography 12%
• manufacturing 12%
• inclination 12%
• mimic 12%
• france 12%
• foundations 12%
• rims 12%
• quartz 12%
• grain size 12%
• preferred orientation 12%
• matrix materials 12%
• heavy water 12%

Material Science

• Mechanical Property 100%
• Slope Stability 16%
• Mechanical Strength 16%
• Grain Size 16%
• Tomography 16%
• Constitutive Modeling 16%
• Digital Volume Correlation 16%
• Micromechanics 16%