Computation of direction dependent joint surface parameters through the algorithm of triangular prism surface area method: A theoretical and experimental study

Keyphrases

• Contact Zone 100%
• Directional Dependence 100%
• Surface Parameters 100%
• Triangular Prism 100%
• Joint Surface 100%
• Surface Area Method 100%
• Surface Roughness 66%
• Fractal Dimension 66%
• Contact Area 66%
• Measurement System 66%
• Shear Strength 66%
• Induced Potential 66%
• Total Potential 66%
• Apparent Dip Angle 66%
• Directional Surfaces 66%
• Shear-induced 66%
• Surface Measurement 33%
• Parameter Calculation 33%
• Mechatronics 33%
• Best Matches 33%
• Scanning Device 33%
• Shape Parameter 33%
• Modified Technique 33%
• Simple Technique 33%
• Angularity 33%
• 2D Data 33%
• Roughness Parameters 33%
• Shear Direction 33%
• High-precision Measurement 33%
• Effective Surface 33%
• Industrial Characteristics 33%
• Actual Image 33%
• Dilation Angle 33%
• Triangulation Algorithm 33%
• Direct Applicability 33%
• Shear Box 33%
• Angle Concept 33%
• Box Shear Test 33%
• Rock Joints 33%
• Surface Scan 33%

Engineering

• Contact Zone 100%
• Directional 100%
• Area Method 100%
• Joint Surface 100%
• Contact Area 66%
• Max 66%
• Measurement System 66%
• Dip Angle 66%
• Apparent Threshold 66%
• Fractal Dimension 66%
• Shear Strength 66%
• Joints (Structural Components) 33%
• Applicability 33%
• Main Advantage 33%
• Shape Parameter 33%
• Angularity 33%
• Roughness Parameter 33%
• Shear Direction 33%