Add to ORKGsummary:We present the full derivation of a one-dimensional free surface pipe or open channel flow model including friction with non constant geometry. The free surface model is obtained from the three-dimensional incompressible Navier-Stokes equations under shallow water assumptions with prescribed "well-suited" boundary conditions
Open channel flow,a branch of fluvial hydraulics,fluid flow within a conduit having free surface is ...
Two-dimensional free-surface flow past disturbances in an open channel is a classical problem in hyd...
This project explores seven surface groove designs with the aim of achieving friction reduction in f...
summary:We present the full derivation of a one-dimensional free surface pipe or open channel flow m...
The simulation of fluid flows is of importance to many fields of application, especially in industry...
The numerical simulation of unsteady open channel flows is very commonly performed using the one-dim...
International audienceWe present the formal derivation of a new unidirectional model for unsteady mi...
NoFree surface flows of practical relevance in many engineering problems are almost always turbulent...
A two-dimensional depth-averaged model is derived for open-channel flows in the smooth turbulent cas...
We develop a numerical model capable of simulating three-dimensional, turbulent free surface flows i...
In this article, we describe a novel non-intrusive reduction model for three-dimensional (3D) free s...
The section-averaged shallow water model usually applied in river and open channel hydraulics is der...
The present work deals with the validation of 3D finite element model for free-surface flows. The mo...
In engineering practice, some of the hydraulic structures encountered are used for distribution or c...
A new three-dimensional finite-element model for the incompressible Navier-Stokes equations is devel...
Open channel flow,a branch of fluvial hydraulics,fluid flow within a conduit having free surface is ...
Two-dimensional free-surface flow past disturbances in an open channel is a classical problem in hyd...
This project explores seven surface groove designs with the aim of achieving friction reduction in f...
summary:We present the full derivation of a one-dimensional free surface pipe or open channel flow m...
The simulation of fluid flows is of importance to many fields of application, especially in industry...
The numerical simulation of unsteady open channel flows is very commonly performed using the one-dim...
International audienceWe present the formal derivation of a new unidirectional model for unsteady mi...
NoFree surface flows of practical relevance in many engineering problems are almost always turbulent...
A two-dimensional depth-averaged model is derived for open-channel flows in the smooth turbulent cas...
We develop a numerical model capable of simulating three-dimensional, turbulent free surface flows i...
In this article, we describe a novel non-intrusive reduction model for three-dimensional (3D) free s...
The section-averaged shallow water model usually applied in river and open channel hydraulics is der...
The present work deals with the validation of 3D finite element model for free-surface flows. The mo...
In engineering practice, some of the hydraulic structures encountered are used for distribution or c...
A new three-dimensional finite-element model for the incompressible Navier-Stokes equations is devel...
Open channel flow,a branch of fluvial hydraulics,fluid flow within a conduit having free surface is ...
Two-dimensional free-surface flow past disturbances in an open channel is a classical problem in hyd...
This project explores seven surface groove designs with the aim of achieving friction reduction in f...