摘要
Theeffectsofbiomimeticdesignsoftinefurrowopenersurfaceonequivalentpressureandpressureinthedirectionofmotiononopenersurfaceagainstsoilwerestudiedbyfiniteelementmethod(FEM)simulationandtheeffectsofthesedesignsontoolforceandpowerrequirementswereexaminedexperimentally.Geometricalstructuresofthecuticlesurfacesofdungbeetle(CoprisochusMotschulsky)wereexaminedbystereoscopy.ThestructuresofthecuticlesurfacesandUltraHighMo-lecularWeightPolyethylene(UHMWPE)materialweremodeledonsurfaceoftinefurrowopenerasbiomimeticdesigns.SevenfurrowopenerswereanalyzedinANSYSprogram(aFEMsimulationsoftware).ThebiomimeticfurrowopenersurfaceswithUHMWPEstructureswerefoundtohavelowerequivalentpressureandpressureinthedirectionofmotionascomparedtotheconventionalsurfaceandtothebiomimeticsurfaceswithtexturedsteel-35structures.ItwasfoundthatthetoolforceandpowerwereincreasedwiththecuttingdepthandoperatingspeedandthebiomimeticfurrowopenerwithUHMWPEtubularsectionridgesshowedthelowestresistanceandpowerrequirementagainstsoil..
出版日期
2009年03月13日(中国期刊网平台首次上网日期,不代表论文的发表时间)