SIMULATION OF CANAL NETWORK FLOW IN THE SOUTH FLORIDA REGIONAL SIMULATION MODEL

机译：南佛罗里达区域模拟模型中的运河网络流动模拟

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The weighted implicit finite volume approach for 2-D flow is extended to model canal flow in the South Florida Regional Simulation Model (SFRSM). St Venant equations with the diffusion approximation are used as governing equations. The water body and water mover base classes are used to represent canal segments and junctions in the 1-D model in an object oriented framework. Ground water and surface water flow is integrated with canal flow through flow functions attached to segment walls. The model uses an external sparse solver to solve overland, ground and canal flows simultaneously. The method is stable because of the implicit formulation. This paper describes the theory and provides a sample application.

机译：二维水流的加权隐式有限体积方法已扩展到南佛罗里达区域模拟模型（SFRSM）中的运河水流模型。具有扩散近似的St Venant方程用作控制方程。水体和水运动器基类用于在面向对象的框架中表示一维模型中的运河段和交汇处。地下水和地表水流通过连接到段壁的水流功能与运河水流融为一体。该模型使用外部稀疏求解器同时解决陆上，地面和运河流。由于隐式表示，该方法是稳定的。本文介绍了该理论并提供了示例应用程序。

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来源
《Specialty Symposium on Integrated Surface and Ground Water Management, May 20-24, 2001, Orlando, Florida》|2001年|p.73-82|共10页
会议地点 Orlando(FL);Orlando(FL)
作者
Randy Van Zee; A. M. Wasantha Lal; Mark Belnap;
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作者单位

Supervising Professional, Lead Engineer, Senior Engineer, Hydrologic Systems Modeling Department, South Florida Water Management District;

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原文格式 PDF
正文语种 eng
中图分类水利工程;
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机译：南佛罗里达区域模拟模型中的网络流动模拟

SIMULATION OF CANAL NETWORK FLOW IN THE SOUTH FLORIDA REGIONAL SIMULATION MODEL

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