Landslide hazard assessment by smoothed particle hydrodynamics with spatially variable soil properties and statistical rainfall distribution

Keyphrases

• Landslide Hazard Assessment 100%
• Smoothed Particle Hydrodynamics 100%
• Variable Soil Properties 100%
• Rainfall Distribution 100%
• Spatially Variable Soils 100%
• Runout Distance 66%
• Loose Fill 66%
• Fill Slope 66%
• Landslide Runout 66%
• Hazard Level 33%
• Large Deformation 33%
• Random Variables 33%
• Uncertainty Sources 33%
• Landslide 33%
• Slope Failure 33%
• Failure Process 33%
• Pressure Profile 33%
• Pore Pressure 33%
• Significant Damage 33%
• Seepage Analysis 33%
• Gumbel Distribution 33%
• Rainfall Infiltration 33%
• Rainfall-induced Landslide 33%
• Shear Strength Parameters 33%
• Probabilistic Framework 33%
• Random Field Simulation 33%
• Damages to Structures 33%
• Response Uncertainty 33%
• Soil Variability 33%
• Rainfall Characteristics 33%
• Post-failure Behavior 33%
• Risk Zoning 33%
• Hazard Factor 33%
• Variable Electric Field 33%

Engineering

• Runout 100%
• Hydrodynamics 100%
• Past Decade 33%
• Failure Process 33%
• Large Deformation 33%
• Great Importance 33%
• Nearby Structure 33%
• Random Variable ξ 33%
• Pressure Profile 33%
• Shear Strength Parameter 33%
• Rainfall Infiltration 33%
• Probabilistic Framework 33%
• Random Field 33%
• Postfailure Behavior 33%
• Slope Failure 33%
• Initial Condition 33%
• Gumbel Distribution 33%

Earth and Planetary Sciences

• Soil Property 100%
• Pore Pressure 100%
• Slope Failure 100%
• Shear Strength 100%