Engineering
Surface Topography
100%
Increasing Normal Stress
100%
Slip Surface
100%
Sliding Distance
66%
Energy Engineering
33%
Length Scale
33%
Closed Loop
33%
Assuming
33%
Spatial Distribution
33%
Direct Shear Test
33%
Sliding Velocity
33%
Power Spectral Density
33%
Point Bending
33%
Scaling Law
33%
Applied Stress
33%
Reference Point
33%
Servo Control
33%
Intact Rock Material
33%
Hurst Exponent
33%
Mating Surface
33%
Original Surface
33%
Keyphrases
Normal Stress
100%
Slip Surface
100%
Surface Topography
37%
Shear Surface
37%
Surface Roughness
25%
Power Law
25%
Power Values
25%
Sliding Distance
25%
Constant Normal Stress
25%
Wear Loss
25%
Density Value
12%
Closed-loop
12%
Spatial Distribution
12%
Spectral Analysis
12%
Sliding Velocity
12%
Direct Shear Test
12%
Scaling Laws
12%
Roughness Scale
12%
Power Spectral Density
12%
Slip Rate
12%
Intact Rock
12%
Surface Matrices
12%
Roughness Evolution
12%
Laser Profilometer
12%
Servo Control
12%
Direct Shear
12%
Energy Partitioning
12%
Pre-shearing
12%
Four-point Bending
12%
Fracture Interface
12%
Limestone Blocks
12%
Geological Faults
12%
Mechanical Shear
12%
Constant Slip
12%
Rough Fracture
12%
Roughness Profile
12%
Self-affine Roughness
12%
Mating Surfaces
12%
Shear Work
12%
Rock Material
12%
Hurst Exponent
12%