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基于遗传算法的波纹形仿生推土板表面的数学建模与优化设计
Mathematical modeling and optimization design of the wave shape bionic bulldozing plate surface based on genetic algorithm
【摘要】 该文根据典型土壤动物波纹形几何非光滑体表的特征,给出了两种波纹形仿生推土板表面的数学描述式,利用地面机械仿生学及地面车辆理论的研究结果,建立波纹形仿生推土板表面的非凸优化模型,并借助于演化计算构建了求解算法,通过数值计算,针对不同类型的土壤给出了波纹形仿生推土板的优化设计方案。
【Abstract】 In this paper, the mathematical formulations and the nonconvex optimization models have been set up for the two kinds of the wave shape bionic bulldozing plate surface using the classification of nonsmooth body surfaces of the typical soil animals and terrain vehicle theory. By genetic algorithm and numerical calculation, the optimization designs of the bionic bulldozing plate were given based on the different types of soil.
【关键词】 数学建模;
优化设计;
仿生;
推土板;
【Key words】 mathematical modeling; optimization design; bionics; bulldozing plate;
【Key words】 mathematical modeling; optimization design; bionics; bulldozing plate;
【基金】 国家重大基础研究前期研究专项资助项目(002CCA01200);教育部科学技术研究重点项目资助(02089)
- 【文献出处】 农业工程学报 ,Transactions of The Chinese Society of Agricultural Engineering , 编辑部邮箱 ,2005年02期
- 【分类号】S220
- 【被引频次】23
- 【下载频次】362