Add to ORKGAbstract:- Debris flows such as avalanches and lahars differ from the classical dam-break problem of hydraulics due to the relative importance of viscous versus inertial forces in the momentum balance. An equation of motion describing debris flow in the limit of zero inertia is developed and solved analytically in two limits: short time and long time. These solutions are then combined into a single, universal model. Limitations of the model are examined by comparison to a converged finite difference numerical solution of the flow equation
Some forms of mud flows and debris flows exhibit a non-Newtonian thixotropic behaviour, and this stu...
ABSTRACT: Modern predictions of dambreakwave rely often on numerical predictions validatedwith limit...
International audienceNumerical modeling of debris avalanche is presented here. The model uses the l...
Abstract – This paper considers the dam-break problem in a horizontal smooth 1D channel, for hydroge...
The main characteristics of geological flows such as debris flows, avalanches and lahars is due to t...
To predict flood and debris flow dynamics a numerical model,based on 1D De Saint Venant (SV) equatio...
To predict floods and debris flow dynamics a numerical model,based on 1D De saint Venant (SV) equati...
Surge flow phenomena. e.g.. as a consequence of a dam failure or a flash flood, represent free bound...
In this contribution, I present a historical account of debris flow modelling leading to the state o...
To predict floods and debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equat...
Abstract: A new mathematical model developed to predict behavior of debris flows and avalanches also...
To predict debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equations, was de...
To predict flood and debris flow dynamics a numerical model ,based on 1D De Saint Venant (SV) equati...
A rheological approach of muddy debris flows is presented for environmental engineering and risk ass...
Dam break waves have been responsible for numerous losses and tragedies. The present work is focused...
Some forms of mud flows and debris flows exhibit a non-Newtonian thixotropic behaviour, and this stu...
ABSTRACT: Modern predictions of dambreakwave rely often on numerical predictions validatedwith limit...
International audienceNumerical modeling of debris avalanche is presented here. The model uses the l...
Abstract – This paper considers the dam-break problem in a horizontal smooth 1D channel, for hydroge...
The main characteristics of geological flows such as debris flows, avalanches and lahars is due to t...
To predict flood and debris flow dynamics a numerical model,based on 1D De Saint Venant (SV) equatio...
To predict floods and debris flow dynamics a numerical model,based on 1D De saint Venant (SV) equati...
Surge flow phenomena. e.g.. as a consequence of a dam failure or a flash flood, represent free bound...
In this contribution, I present a historical account of debris flow modelling leading to the state o...
To predict floods and debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equat...
Abstract: A new mathematical model developed to predict behavior of debris flows and avalanches also...
To predict debris flow dynamics a numerical model, based on 1D De Saint Venant (SV) equations, was de...
To predict flood and debris flow dynamics a numerical model ,based on 1D De Saint Venant (SV) equati...
A rheological approach of muddy debris flows is presented for environmental engineering and risk ass...
Dam break waves have been responsible for numerous losses and tragedies. The present work is focused...
Some forms of mud flows and debris flows exhibit a non-Newtonian thixotropic behaviour, and this stu...
ABSTRACT: Modern predictions of dambreakwave rely often on numerical predictions validatedwith limit...
International audienceNumerical modeling of debris avalanche is presented here. The model uses the l...