With the HD value of hydropower station hightening sharply, the design optimum and structure safety seem more important.
蜗壳结构是水电站结构中的重要部分，随着水电站HD值的急剧增高，结构安全和设计优化更显突出。
The method of the design optimization is investigated in this paper, and a design optimum example of sliding-plug door is offered.
本文最后对塞拉门优化设计的数学模型和优化方法进行了探讨，并提供了一个设计优化实例。
The result shows that though such method we can efficiently obtain first tolerance design optimum for CAM mechanism, and thus realizes first Product Correct (FPC).
结果表明该方法保证了凸轮机构公差设计一次达到最优，从而实现了一次产品成功。
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