Add to ORKG1 Fundamental Equations of Two-fluid Model The complicated debris flow is simplified as two-fluid model of solid and liquid two-phase flow,of which the liquid phase is slurry with the fine particle and the solid phase is the coarse particle separated from slurry.The movement of each phase may be...242056-206
Simple debris, consisting of mixtures of sand and clay-water slurry, has a linear macro-viscous beha...
Herewith we present a multi-phase model for debris flows, of which the flow body is supposed to be c...
We propose a dilatant, two-layer debris flow model validated by fullscale density/saturation measure...
As the first step of the development of a general two-phase flow model for debris flows, a simple gr...
In this contribution, I present a historical account of debris flow modelling leading to the state o...
Abstract: A new mathematical model developed to predict behavior of debris flows and avalanches also...
[1] This paper presents a new, generalized two-phase debris flow model that includes many essential ...
Abstract: As one of dominate geological disaster and geomorphologic processes in mountains, debris f...
Herewith we provide the associated codes that may reproduce and plot the results shown in the manusc...
After an analysis of the differences between stony inertial flows and viscous debris flows the empha...
This work presents the thermodynamically consistent development of a scaled, depth-integrated model ...
Debris flows are a common type of geological hazard. They move down slopes at rapid speeds, causing ...
Physically-based numerical simulation models have been developed to predict hazard area relating to ...
To predict debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equations, was de...
peer reviewedTurbulence is an important mechanical aspect that substantially influences the dynamics...
Simple debris, consisting of mixtures of sand and clay-water slurry, has a linear macro-viscous beha...
Herewith we present a multi-phase model for debris flows, of which the flow body is supposed to be c...
We propose a dilatant, two-layer debris flow model validated by fullscale density/saturation measure...
As the first step of the development of a general two-phase flow model for debris flows, a simple gr...
In this contribution, I present a historical account of debris flow modelling leading to the state o...
Abstract: A new mathematical model developed to predict behavior of debris flows and avalanches also...
[1] This paper presents a new, generalized two-phase debris flow model that includes many essential ...
Abstract: As one of dominate geological disaster and geomorphologic processes in mountains, debris f...
Herewith we provide the associated codes that may reproduce and plot the results shown in the manusc...
After an analysis of the differences between stony inertial flows and viscous debris flows the empha...
This work presents the thermodynamically consistent development of a scaled, depth-integrated model ...
Debris flows are a common type of geological hazard. They move down slopes at rapid speeds, causing ...
Physically-based numerical simulation models have been developed to predict hazard area relating to ...
To predict debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equations, was de...
peer reviewedTurbulence is an important mechanical aspect that substantially influences the dynamics...
Simple debris, consisting of mixtures of sand and clay-water slurry, has a linear macro-viscous beha...
Herewith we present a multi-phase model for debris flows, of which the flow body is supposed to be c...
We propose a dilatant, two-layer debris flow model validated by fullscale density/saturation measure...