科技创新与生产力
科技創新與生產力
과기창신여생산력
SCI-TECH INNOVATION & PRODUCTIVITY
2013年
1期
78-80
,共3页
汽车节能%仿生学设计%汽车安全性
汽車節能%倣生學設計%汽車安全性
기차절능%방생학설계%기차안전성
vehicle energy saving%bionics design%vehicle safety
分别从形态仿生、功能仿生和结构仿生三个方面,通过实例介绍了仿生学在汽车设计上的应用,并运用汽车鱼鳞仿生外形软件进行分析,通过模拟仿真,研究了安全节能环保、动力学效能出色、车身风阻系数小、车身构架强度高的仿生概念车的设计原理和思路.
分彆從形態倣生、功能倣生和結構倣生三箇方麵,通過實例介紹瞭倣生學在汽車設計上的應用,併運用汽車魚鱗倣生外形軟件進行分析,通過模擬倣真,研究瞭安全節能環保、動力學效能齣色、車身風阻繫數小、車身構架彊度高的倣生概唸車的設計原理和思路.
분별종형태방생、공능방생화결구방생삼개방면,통과실례개소료방생학재기차설계상적응용,병운용기차어린방생외형연건진행분석,통과모의방진,연구료안전절능배보、동역학효능출색、차신풍조계수소、차신구가강도고적방생개념차적설계원리화사로.
The authors introduced application of bionics in vehicle design from 3 aspects of shape bionic, function bionic and structure bionic. Through analog simulation, the authors researched design principle and thoughts of bionic concept car of safety-energy conservation and environmental protection, outstanding dynamical performance, low coefficient of windage resis-tance and high strength of framework of body by using automobile fish scale bionic shape software.