Optimization Design of Sluice Bottom Plate of Ruanqiao Sluice Based on Grey Wolf Optimization Algorithm
On the premise of ensuring the stability of sluices,the size of the sluice bottom plate can be optimized and designed to reduce the construction quantity of the sluice bottom plate.The actual project of Ruanqiao sluice was selected as the analysis object,and the size of the bottom plate was optimized.Firstly,the mathematical model for optimizing the size of the sluice bottom plate was established,taking the floor area as the objective function,floor anti-sliding stability and floor base stress as the constraint conditions.Then,the mathematical model for optimizing the size of the sluice bottom plate was optimized through the Grey Wolf Optimization Algorithm and Differential Evolution Algorithm,respectively.Finally,the two results were compared.The results showed that the Grey Wolf Optimization Algorithm had better optimization effect on the optimization design of the sluice bottom plate of Ruanqiao sluice.
sluice bottom plateoptimization designGrey Wolf Optimization AlgorithmDifferential Evolution Algorithm
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