The study of sediment transport generally is very difficult but more so in the case of estuaries because: the water movements are continually changing with the rise and fall of the tide; a wide range of sediment exists on the bed and in suspension; certain sediments are not found in some parts, leading to unsaturated loads in the water. The basic aim of this research was to improve the presentation of sand transporting processes in computer models. The second stage of the project, covered in this report, concentrated on the implications on the suspended load due to the unsteadiness in accelerating and decelerating flow and the numerical simulation of these effects
Phenomenon of sediment transport in a limited depth of water are considered in the present work thro...
In this paper we present the results of the numerical simulation of a three-dimensional current-driv...
The paper deals with the sediment transport of sand particles conveyed by water in an open channel. ...
The basic aim of this research was to improve the representation of sand transporting models. The fi...
The study of sediment transport generally is very difficult but more so in the case of estuaries bec...
This paper is a review of numerical models for studying sediment transport with special emphasis on ...
For the general purposes of morphodynamic computations in coastal zones, simple formula-based models...
The present report gives a description of the mathematical model for suspended sediment transport. T...
The study of sediment transport generally is very difficult but more so in the case of estuaries bec...
Numerical model for simulating sediment transport in unsteady flow is incomplete in several aspects:...
The dynamic behavior of bed-load sediment transport under unsteady flow conditions is experimentally...
Summarization: A bed-load sediment transport model is used to describe realistic cases of the morpho...
The paper describes a numerical model for simulating sediment transport with eddy-resolving 3-D mode...
To predict sediment transport in the coastal environment is of particularly importance for coastal a...
A numerical method to compute 2-D, steady and incompressible flows and non cohesive sediment transpo...
Phenomenon of sediment transport in a limited depth of water are considered in the present work thro...
In this paper we present the results of the numerical simulation of a three-dimensional current-driv...
The paper deals with the sediment transport of sand particles conveyed by water in an open channel. ...
The basic aim of this research was to improve the representation of sand transporting models. The fi...
The study of sediment transport generally is very difficult but more so in the case of estuaries bec...
This paper is a review of numerical models for studying sediment transport with special emphasis on ...
For the general purposes of morphodynamic computations in coastal zones, simple formula-based models...
The present report gives a description of the mathematical model for suspended sediment transport. T...
The study of sediment transport generally is very difficult but more so in the case of estuaries bec...
Numerical model for simulating sediment transport in unsteady flow is incomplete in several aspects:...
The dynamic behavior of bed-load sediment transport under unsteady flow conditions is experimentally...
Summarization: A bed-load sediment transport model is used to describe realistic cases of the morpho...
The paper describes a numerical model for simulating sediment transport with eddy-resolving 3-D mode...
To predict sediment transport in the coastal environment is of particularly importance for coastal a...
A numerical method to compute 2-D, steady and incompressible flows and non cohesive sediment transpo...
Phenomenon of sediment transport in a limited depth of water are considered in the present work thro...
In this paper we present the results of the numerical simulation of a three-dimensional current-driv...
The paper deals with the sediment transport of sand particles conveyed by water in an open channel. ...