Herewith we provide the associated codes that may reproduce and plot the results shown in the manuscript titled "Two-Phase Approach to Modeling the Grain-Fluid Flows with Deposition and Erosion over Rugged Topography".</p
The principal objective of this study is to develop mathematical and numerical modelling for simulat...
The erosion of a surface caused by the impact of solid particles dragged by a fluid is a serious con...
This paper presents experimental and numerical studies on the erosion of a horizontal granular bed b...
Debris flows play a significant role in erosion processes at the surface of the Earth and represent ...
Physically-based numerical simulation models have been developed to predict hazard area relating to ...
1 Fundamental Equations of Two-fluid Model The complicated debris flow is simplified as two-fluid mo...
Herewith we present a multi-phase model for debris flows, of which the flow body is supposed to be c...
This study aimed to determine the depositional effect and improve the identification of debris flow ...
Debris flows are typically modelled as a single homogeneous surge due to lack of data to support mor...
As the first step of the development of a general two-phase flow model for debris flows, a simple gr...
Debris flows are multiphase, gravity-driven flows consisting of randomly dispersed interacting phase...
In this contribution, I present a historical account of debris flow modelling leading to the state o...
The code may reproduce and plot the results shown in themanuscript titled "Two-Phase Debris Flow ove...
To predict debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equations, was de...
Mass exchange between debris flow and the bed plays a vital role in debris flow dynamics. Here a dep...
The principal objective of this study is to develop mathematical and numerical modelling for simulat...
The erosion of a surface caused by the impact of solid particles dragged by a fluid is a serious con...
This paper presents experimental and numerical studies on the erosion of a horizontal granular bed b...
Debris flows play a significant role in erosion processes at the surface of the Earth and represent ...
Physically-based numerical simulation models have been developed to predict hazard area relating to ...
1 Fundamental Equations of Two-fluid Model The complicated debris flow is simplified as two-fluid mo...
Herewith we present a multi-phase model for debris flows, of which the flow body is supposed to be c...
This study aimed to determine the depositional effect and improve the identification of debris flow ...
Debris flows are typically modelled as a single homogeneous surge due to lack of data to support mor...
As the first step of the development of a general two-phase flow model for debris flows, a simple gr...
Debris flows are multiphase, gravity-driven flows consisting of randomly dispersed interacting phase...
In this contribution, I present a historical account of debris flow modelling leading to the state o...
The code may reproduce and plot the results shown in themanuscript titled "Two-Phase Debris Flow ove...
To predict debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equations, was de...
Mass exchange between debris flow and the bed plays a vital role in debris flow dynamics. Here a dep...
The principal objective of this study is to develop mathematical and numerical modelling for simulat...
The erosion of a surface caused by the impact of solid particles dragged by a fluid is a serious con...
This paper presents experimental and numerical studies on the erosion of a horizontal granular bed b...
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