Quantitative estimate of sediment transport processes is important especially in river-control engineering and for water management projects. In this paper the sediment routing of a 1-D model is presented and applied to some study cases. The procedure simulates the variations of bed roughness conditions due to natural sorting and to generation and migration of bed forms. The suspended-load and the bed-load are treated separate
A one dimensional sediment numerical model SUSBED-2 has been developed to predict the aggradation an...
In this paper, a mathematical model is presented for studying the unsteady flow, aggradation, and de...
A physically-based numerical model is described aiming to represent cross-section evolution and bed-...
Quantitative estimate of sediment transport processes is important especially in river-control engin...
© 1978 Neil Bruce WellingtonUsing the complete one-dimensional equations of momentum and continuity ...
AbstractQuantitative estimate of sediment transport in alluvial channels is one of the most importan...
Natural rivers tend to adjust their plane shape and longitudinal profile in order to assume a config...
The present report gives a description of the mathematical model for suspended sediment transport. T...
This paper presents development of a one-dimensional sediment transport model for continuous simulat...
The paper presents recommendations for using the results obtained in sediment transport simulation a...
The aim of the paper is to present a numerical simulation of sediment transport in a mountain river....
The presence of a hydraulic structure (such as a dam) in a given river reach determines \u201cconstr...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAUComprehensive measurements of bedload sediment transport ...
The purpose of this study is to design a one-dimensional numerical morphological model of a river. A...
This paper presents a one-dimensional numerical model for predicting sediment transport and bed evol...
A one dimensional sediment numerical model SUSBED-2 has been developed to predict the aggradation an...
In this paper, a mathematical model is presented for studying the unsteady flow, aggradation, and de...
A physically-based numerical model is described aiming to represent cross-section evolution and bed-...
Quantitative estimate of sediment transport processes is important especially in river-control engin...
© 1978 Neil Bruce WellingtonUsing the complete one-dimensional equations of momentum and continuity ...
AbstractQuantitative estimate of sediment transport in alluvial channels is one of the most importan...
Natural rivers tend to adjust their plane shape and longitudinal profile in order to assume a config...
The present report gives a description of the mathematical model for suspended sediment transport. T...
This paper presents development of a one-dimensional sediment transport model for continuous simulat...
The paper presents recommendations for using the results obtained in sediment transport simulation a...
The aim of the paper is to present a numerical simulation of sediment transport in a mountain river....
The presence of a hydraulic structure (such as a dam) in a given river reach determines \u201cconstr...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAUComprehensive measurements of bedload sediment transport ...
The purpose of this study is to design a one-dimensional numerical morphological model of a river. A...
This paper presents a one-dimensional numerical model for predicting sediment transport and bed evol...
A one dimensional sediment numerical model SUSBED-2 has been developed to predict the aggradation an...
In this paper, a mathematical model is presented for studying the unsteady flow, aggradation, and de...
A physically-based numerical model is described aiming to represent cross-section evolution and bed-...