Method for obtaining and building a damping pool for large cooling towers

Abstract

The application provides a damping pool data calculation acquisition and construction method for a large cooling tower, and has the characteristics that the method comprises the following steps: step S1, constructing a cooling tower model; step S2, calculating simulation data according to the cooling tower model; step S3, obtaining an optimal radius through software simulation according to the simulation data; step S4, setting a predicted pool depth according to the damping requirement of a nuclear power plant; step S5, constructing a damping pool model according to the predicted pool depth and the optimal radius; step S6, calculating a damping effect according to the damping pool model; step S7, determining whether the damping effect meets the damping requirement of the nuclear power plant, if yes, taking the predicted pool depth as the optimal depth, and if no, increasing the predicted pool depth and returning to step S5. In summary, the method can obtain a more accurate collapse debris distribution range, and the damping measure constructed by the method has the advantages of low construction cost, simple maintenance, convenient construction and good damping effect.

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