实验流体力学2024，Vol.38Issue(2)：107-114,8.DOI:10.11729/syltlx20220002
仿生鲨鱼皮复合微纳减风阻结构的仿真与制备
Simulation and fabrication of bionic sharkskin composite micro-nano wind resistance reduction structure
摘要
Abstract
The combination of bionics and drag reduction technology has opened up an important research direction in the field of drag reduction,and has made a significant breakthrough.For better implementation to reduce the wind resistance effect,this paper studies the composite micro-nano drag reduction structure,according to the principle of bionics,through CFD simulation combined with the laser micro-nano fabrication technology.A combined model of drag reduction structure wad established.The flight vehicle air sensor head surface with bionic sharkskin composite micro-nano structures was manufactured by laser interference scanning on the basis of the bionic sharkskin scale structures,to further improve the drag reduction performance.Through the parallel simulation and wind tunnel test,the drag reduction mechanism was theoretically analyzed,and the composite structures were manufactured with a drag reduction rate of up to 10.3%.关键词
鲨鱼皮/减阻/风洞实验/CFD流场仿真/微纳结构/鳞片/仿生Key words
shark skin/drag reduction/wind tunnel testing/CFD flow field simulation/micro-nano structure/scale/bionic分类
数理科学引用本文复制引用
徐征,刘日,王天昊,迟振东,王作斌,李理..仿生鲨鱼皮复合微纳减风阻结构的仿真与制备[J].实验流体力学,2024,38(2):107-114,8.基金项目
国家重点研发计划项目(2016YFE0112100) （2016YFE0112100）
科技部"111计划"微纳操纵与制造项目(D17017) （D17017）
吉林省微纳操纵与制造国际科技合作重点联合实验室项目(20190702002GH) （20190702002GH）
