In Chapter 2 of this report an overview is given on fluvial processes involved in the modelling discussed. Chapter 3 is concerned with scale models, whilst Chapter 4 deals with numerical models. The main problems treated are, firstly, modelling of the water movement, followed by sediment transport and morphology. Attention is also given to the dispersion of dissolved matter and problems associated with ice. The 'tools' for scale models and numerical models are given only little attention. For scale models the tools are instruments and control systems. For numerical models numerical schemes are involved. A good introduction can be found in Vreugdenhil (1989). In Chapter 5 guidance is given on the selection of the type of model for river prob...
In the present paper, the author intends to summarize his investigations on flume experiments and co...
This chapter provides descriptions of essential features of modelling of a broad range of problems i...
Abstract. Mathematical modeling provides a particularly important tool for studying the stream runof...
Mathematical modelling fluvial flow, sediment transport and morphological evolution started half a c...
There is a growing need to have multi-dimensional numerical modeling capability to apply to real wor...
Rivers are characterised by numerous physical and chemical processes, all relevant and of great impa...
In this report, some classical and new simplifications in mathematical and numerical models for rive...
Rather than reporting on a specific topic of current research in the broad field of sediment transpo...
Basic equations : A mathematical river model relies on two equations with a very simple physical mea...
This article gives and overview of the large spectrum of models based on first principles (mass and ...
Double Master of Science in Hydraulic Engineering (Civil Engineering and Geosciences) and Applied Ma...
The purpose of this study is to design a one-dimensional numerical morphological model of a river. A...
Canadian Journal of Civil Engineering 36(10) 1605–16Mathematical modelling of river processes is, no...
The ability of describing and predicting hydraulic and morphological phenomena in mountain rivers is...
One dimension models - basic eauations, analytical models, numberical models. One dimensional models...
In the present paper, the author intends to summarize his investigations on flume experiments and co...
This chapter provides descriptions of essential features of modelling of a broad range of problems i...
Abstract. Mathematical modeling provides a particularly important tool for studying the stream runof...
Mathematical modelling fluvial flow, sediment transport and morphological evolution started half a c...
There is a growing need to have multi-dimensional numerical modeling capability to apply to real wor...
Rivers are characterised by numerous physical and chemical processes, all relevant and of great impa...
In this report, some classical and new simplifications in mathematical and numerical models for rive...
Rather than reporting on a specific topic of current research in the broad field of sediment transpo...
Basic equations : A mathematical river model relies on two equations with a very simple physical mea...
This article gives and overview of the large spectrum of models based on first principles (mass and ...
Double Master of Science in Hydraulic Engineering (Civil Engineering and Geosciences) and Applied Ma...
The purpose of this study is to design a one-dimensional numerical morphological model of a river. A...
Canadian Journal of Civil Engineering 36(10) 1605–16Mathematical modelling of river processes is, no...
The ability of describing and predicting hydraulic and morphological phenomena in mountain rivers is...
One dimension models - basic eauations, analytical models, numberical models. One dimensional models...
In the present paper, the author intends to summarize his investigations on flume experiments and co...
This chapter provides descriptions of essential features of modelling of a broad range of problems i...
Abstract. Mathematical modeling provides a particularly important tool for studying the stream runof...