为了提高绞吸式挖泥船仿生绞刀减粘降阻的效果,获得更高的生产效率和经济效益,应用蚁群算法对仿生绞刀的凸包的几何尺寸及其分布进行优化,得到对于不同类型的土壤和在一定的压力范围内所需的凸包形仿生绞刀的结构尺寸。%In order to reduce the adhesion and friction of soil, the effect of the adhesion and resistance, and gain higher productivity and economic efficiency. The application of ant colony algorithm for bionic cutter geometry and distribution of the convex hull is optimized to obtain the desired convex hull-shaped cutter biomimetic structure within different types of soil and a certain pressure range.
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