2010Shuili shuidian ke-ji jinzhanRequires access

Advances in numerical simulation of discontinuous shallow water flows

Cunhong Pan

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Abstract

The basic characteristics of the shallow water equations and the difficulties for solving them were analyzed.The key techniques for solving large-scale discontinuous shallow water flows were reviewed,including the main computational schemes,the well-balanced method between pressure terms and source terms due to bottom topography in the conservative shallow water equations and the modeling technique of moving boundaries under discontinuous shallow water flows.

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The basic characteristics of the shallow water equations and the difficulties for solving them were analyzed.The key techniques for solving large-scale discontinuous shallow water flows were reviewed,including the main computational schemes,the well-balanced method between pressure terms and source terms due to bottom topography in the conservative shallow water equations and the modeling technique of moving boundaries under discontinuous shallow water flows.

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Available abstract

The basic characteristics of the shallow water equations and the difficulties for solving them were analyzed.The key techniques for solving large-scale discontinuous shallow water flows were reviewed,including the main computational schemes,the well-balanced method between pressure terms and source terms due to bottom topography in the conservative shallow water equations and the modeling technique of moving boundaries under discontinuous shallow water flows.

Key concepts: Shallow water equations, Waves and shallow water, Scale (ratio), Geology, Mechanics, Geotechnical engineering, Physics, Oceanography

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