NUMERICAL MODELLING OF ALLUVIAL RIVERS BY SHOCK CAPTURING METHODS: How to solve the de San Venant-Exner equations by mean of simple but effective centered finite volume schemes - Image 1

£42.00

LAP Lambert Academic Publishing NUMERICAL MODELLING OF ALLUVIAL RIVERS BY SHOCK CAPTURING METHODS: How to solve the de San Venant-Exner equations by mean of simple but effective centered finite volume schemes

Name: NUMERICAL MODELLING OF ALLUVIAL RIVERS BY SHOCK CAPTURING METHODS: How to solve the de San Venant-Exner equations by mean of simple but effective centered finite volume schemes
Brand: LAP Lambert Academic Publishing
Price: 42.0 GBP
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Engineering & Technology

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The problem of modelling both the unsteady hydrodynamics and the topographical variations in natural channels is generally addressed by solving the de Saint Venant shallow water equations for the liquid phase together with the Exner sediment balance equation. This book focuses on the development of high order accurate centred schemes of the finite volume type for the numerical solution of the coupled de Saint Venant-Exner system. The schemes are tested by considering subcritical, supercritical, as well as transcritical flow conditions. They appear to correctly estimate the celerity of surface discontinuities as well of sediment bores and small bottom perturbations. The schemes are based on a simple centred approach, therefore they are certainly suitable for engineering purposes, often requiring simple numerical tools which can be easily used without addressing the mathematical details of the hyperbolic system of equations under consideration.

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 384336558X
Category: Books > Subjects > Science, Nature & Maths > Engineering & Technology
Domain: Amazon UK
Release Date: 22 November 2010
Listed Since: 25 November 2010

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LAP Lambert Academic Publishing NUMERICAL MODELLING OF ALLUVIAL RIVERS BY SHOCK CAPTURING METHODS: How to solve the de San Venant-Exner equations by mean of simple but effective centered finite volume schemes

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