A depth-averaged two-phase model for debris flows over erodible beds

Earth and Planetary Sciences

• Bed 100%
• Debris Flow 83%
• Model 50%
• Depth 33%
• Solid Phase 16%
• Closure 16%
• Deformation 8%
• Porosity 8%
• Entrainment 8%
• Moisture Content 8%
• Data Set 8%
• Observation 8%
• Approach 8%
• Estimate 8%
• Algorithms 8%
• Position (Location) 8%
• Comparison 8%
• Solid 8%
• Set 8%
• Modeling 8%
• Play 8%
• Volume 8%
• Average 8%
• Rate 8%
• Momentum 8%

Engineering

• Models 50%
• Phase Model 25%
• Mass Exchange 25%
• Flow Dynamics 16%
• Dataset 8%
• Algorithm 8%
• Deformation 8%
• Porosity 8%
• Initial Condition 8%
• Fluid Phase 8%
• Mixing Length 8%
• Friction Law 8%
• Flow Efficiency 8%
• Coulomb Friction 8%
• Initial Volume 8%
• Mass Gain 8%
• Feature Model 8%
• Demonstrates 8%
• Determines 8%
• Fluid 8%
• Forwarder 8%
• Governing Equation 8%
• Empirical Relation 8%
• Mass Flow 8%

Physics

• Model 50%
• Closures 16%
• Hydraulics 16%
• Deformation 8%
• Porosity 8%
• Moisture Content 8%
• Volume 8%
• Solid State 8%
• Algorithms 8%
• Position (Location) 8%
• Shears 8%
• Estimates 8%
• Momentum 8%