Quantifying the Rock Damage Intensity Controlled by Mineral Compositions: Insights from Fractal Analyses

Keyphrases

• Fractal Analysis 100%
• Rock Type 100%
• Damage Intensity 100%
• Rock Damage 100%
• Mineral Composition 100%
• Ignimbrite 60%
• Stress Level 60%
• Diabase 40%
• Progressive Damage 40%
• Scanning Electron Microscope Image 20%
• First-order 20%
• Rock Strength 20%
• Fractal Dimension 20%
• Engineering Structures 20%
• Deformation Behavior 20%
• Deformation Characteristics 20%
• Crack Intensity 20%
• Industrial Activities 20%
• Engineering Studies 20%
• Stress-strain 20%
• Stress-induced 20%
• Rock Texture 20%
• Rock Engineering 20%
• Pre-failure 20%
• Hard Rock 20%
• Crack Pattern 20%
• Texture Patterns 20%
• Rock Deformation 20%
• Rock Failure 20%
• Cracking Process 20%
• Critical Stress 20%
• Rock Stiffness 20%
• Weak Rock 20%
• Characteristics Prediction 20%
• Texture Control 20%
• Groundmass 20%

Engineering

• Rock Type 100%
• Stress Level 80%
• Induced Stress 20%
• Rock Strength 20%
• Microscale 20%
• Engineering Structure 20%
• Progression 20%
• Deformation Behavior 20%
• Deformation Characteristic 20%
• Rock Engineering 20%
• Rock Deformation 20%
• Critical Stress 20%
• Fractal Dimension 20%
• Fundamental Problem 20%
• Industrial Activity 20%
• Scanning Electron Microscope 20%

Earth and Planetary Sciences

• Fractal Analysis 100%
• Igneous Rocks 100%
• Diabase 66%
• Industrial Activity 33%
• Microbalance 33%
• Weak Rock 33%
• Hard Rock 33%