关键词: 工程仿生学, 减黏脱附, 非光滑表面, 鞋底, 正交试验

Abstract: Biomimetic information in cuticles of some typical soil animals was extracted by observing under SEM. The reverse manufacturing technology and biomimetic shopemodified technology was employed to solve the problem of shoe soles adhesion, and its experimental system was designed. Four factors likely to influencing soil adhesion were considered, and every factor includes three levels. The four factors were the height h, radius r, spacing d and distribution of spherical cap σ. Soil adhesion test was proceed using L9(34 ) orthogonal experiment. The results of contrastive experiments show that at the same condition some biomemtic shoe soles had effect on antiadhesion and antiresistance obviously. When the factors were h=3.0 mm, r=4.0 mm, d=10.0 mm and σ adapt progressive increase in distribution, adhesion reduction is up to 8.27% at most.

Key words: biomimetics engineering, antiadhesion and antiresistance, nonsmooth surface, shoe sole, orthogonal experiment