主渠水动力与水质模拟技术

南水北调与水利科技 Pub Date : 2018-11-21 DOI:10.5772/INTECHOPEN.82022

Yu Tian, Hezhen Zheng, X. Lei, W. Dai

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引用次数: 0

摘要

水动力和水质模拟技术可用于预测突发性水污染事故后污染物的扩散过程，分析应急操作措施的效果。MRP的特点是路线长，建筑种类多等;因此，基于一维明渠水动力与水质理论，以各类建筑为内边界，自主开发了一套适用于MRP主渠的水动力与水质模型。通过标定和验证，这些模型可以应用于MRP主渠在任何运行条件下的水力和水质响应过程的模拟。

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Simulation Technology for Hydrodynamic and Water Quality in the Main Canal

The hydrodynamic and water quality simulation technology can be used for predicting the pollutant diffusion process after a sudden water pollution accident, and for analyzing the effect of emergency operation measures. The MRP features a long route, a variety of buildings, etc.; therefore, a set of hydrodynamic and water quality models that are applicable to the main canal of the MRP was independently developed based on 1-D open canal hydrodynamic and water quality theory and with various types of buildings as inner boundaries. Through calibration and verification, these models can be applied to the simulation of hydraulic and water quality response process under any operation conditions in the main canal of the MRP.

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来源期刊

南水北调与水利科技

自引率

0.00%

发文量

4294

期刊介绍： "South-to-North Water Transfers and Water Science and Technology" was founded in 2003, mainly publishing papers on water science, water engineering, water resources, water environment, water management, etc. The journal currently has the following columns: hydrology and water resources, ecology and environment, high-quality development of follow-up projects of South-to-North Water Transfers and construction of national water network, ecological protection and high-quality development of the Yellow River Basin, flood disasters and response, "dual carbon" and water conservancy technology, efficient utilization of agricultural water and soil resources, hydrogeology and engineering geology, etc. The journal is now a Chinese core journal; a source journal for Chinese scientific and technological papers (Chinese core journals); a source journal for the Chinese Science Citation Database (CSCD); and a Chinese core academic journal (A) of RCCSE.