Mathematical modelling of the operation of a multistage flood control system using parallel computations

N. Podgornov, R. Davydov, D. Zotov, V. Antonov, V. Maslikov, E. Maslikova
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Abstract

Due to the increase in the number of floods, the urgent task is to reduce the risk of flooding the important areas. The existing hydraulic structures for flood accumulation may no longer be enough; therefore, it is necessary to place new objects in the river basin. The paper proposes an improved previous mathematical model for the analysis and selection of the location and basic parameters of self-regulating hydroelectric systems in a river basin using computer modelling with the possibility of parallel computations. It is possible to quickly evaluate the results of adding new structures and their contribution to reducing the risk of floods.
用并行计算建立多级防洪系统运行的数学模型
由于洪水数量的增加,当务之急是降低重要地区的洪水风险。现有的蓄洪水工设施可能不再足够;因此,有必要在流域内放置新的物体。本文提出了一种改进的数学模型,利用计算机模拟分析和选择流域自调节水力发电系统的位置和基本参数,并提供了并行计算的可能性。有可能快速评估增加新结构的结果及其对减少洪水风险的贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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