通过对岸桥海运绑扎结构的有限元分析结果进行分析,建立相应结构的数学力学模型,以绑扎结构总重与应力组合为目标函数,运用遗传算法,进行遗传进化操作,得到岸桥海运绑扎结构进化设计的最优解,实现绑扎结构最省,海运成本最优。对其他复杂大型金属结构的优化都具有借鉴作用。 Through the analysis of the finite element analysis results of sea lashing structures on the quayside, the mathematic model of the corresponding structure is established. Based on the combination of the total weight and the stress of the lashing structures, genetic algorithm is used to carry out the genetic evolutionary operation. The optimal design of the solution to achieve the most binding banding structure, the best cost of shipping. For other complex large metal structure optimization have reference.