Earth and Planetary Sciences
Fault Gouge
100%
Ground Motion
100%
Coefficient of Friction
100%
Potential Energy
100%
River Bank
100%
Taiwan
50%
Earthquake Epicenter
50%
Sedimentary Rock
50%
Digital Terrain Model
50%
Geographic Information System
50%
Overburden
50%
Pliocene
50%
Centroid
50%
Bedding Plane
50%
Cooling
50%
Keyphrases
Landslide
100%
Tsaoling Landslide
100%
Friction Law
100%
Displacement-dependent
100%
Rigid Block Model
100%
Landslide Mass
36%
Chi-Chi Earthquake
18%
Potential Energy
18%
Fault Gouge
18%
Riverbank
18%
Frictional Properties
18%
Wet Condition
18%
Taiwan
9%
Earthquake
9%
Horizontal Displacement
9%
High-frequency Signal
9%
Strong Ground Motion
9%
Ground Motion
9%
Centroid
9%
Sedimentary Rocks
9%
Vertical Displacement
9%
Heat Dissipation
9%
Large-scale Landslide
9%
Normal Stress
9%
Shear Wave
9%
Seismic Station
9%
Survivors
9%
Accurate Determination
9%
Landslide Movement
9%
Newmark Analysis
9%
Rotational Shear
9%
Apparent Coefficient of Friction
9%
Low Friction Coefficient
9%
Shale
9%
Parallel Faults
9%
GIS Software
9%
High-velocity Friction Experiments
9%
Slip Weakening
9%
Bedding Plane
9%
Overburden Pressure
9%
Drying Conditions
9%
Accumulated Displacement
9%
Heat Spreading
9%
Released Energy
9%
Rigid Block
9%
Frictional Work
9%
Block Sliding
9%
Landslide Deposit
9%
Frictional Parameters
9%
Stopping Phases
9%
Engineering
Friction Law
100%
Rigid Block
100%
Dependent Friction
100%
Landslide Mass
100%
Ground Movement
50%
Potential Energy
50%
Frictional Property
50%
Friction Coefficient
50%
Coefficient of Friction
50%
Energy Engineering
25%
Heat Losses
25%
Frequency Signal
25%
Complex Process
25%
Seismic Station
25%
Landslide Motion
25%
Overburden Pressure
25%
Bedding Plane
25%