直齿减速器的三维设计与虚拟仿真VIP免费

西安航空职业技术学院毕业设计论文直齿减速器的三维设计与虚拟仿真【摘要】本文针对减速器的设计来探讨机械结构设计中所涉及的细致问题，并通过Solidworks绘制减速器的过程中所遇到的问题，探讨了软件三维设计与虚拟仿真对当今机械设计发展中的作用。介绍了减速器的零件绘制原理与装配及其爆炸视图的方法。以直齿轮为例的基于SolidWorks的减速器模拟仿真设计，详细介绍了运用SolidWorks软件进行减速器的三维实体建模过程，实现减速器设计的虚拟仿真。关键词：减速器，Soildworks，三维实体建模，装配和模拟仿真Abstract:Inthispaper,thedesignofgeartoexplorethemechanicaldesignofthedetailedissuesinvolved,andbySolidworksreducerintheprocessofdrawingproblems,discussesthethree-dimensionaldesignandvirtualsimulationsoftware,today'smechanicaldesigndevelopmentrole.Drawingpartsreducerintroducedtheprincipleandmethodofassemblyandtheexplodedview.CaseStudyofastraight1西安航空职业技术学院毕业设计论文gearreducerbasedSolidWorksSimulationdesign,detailingtheuseofSolidWorkssoftwareforthree-dimensionalsolidmodelingprocessreducer,Reducerdesigntoachieveavirtualsimulation.Keywords:reducer,Solidworks,three-dimensionalsolidmodeling,assemblyandsimulation目录1.减速器的概述........................................................................................................................................41.1减速器的概念.................................................................................................................................41.2减速器的主要型式及其特性.........................................................................................................42.虚拟仿真技术........................................................................................................................................62.1虚拟仿真技术简介.........................................................................................................................62.2虚拟仿真技术在机械设计中的应用.............................................................................................62.2.1虚拟产品设计（VirtualProductDesign）....................................................................62西安航空职业技术学院毕业设计论文2.2.2虚拟装配设计（VirtualAssemblyDesign）..................................................................72.2.3、虚拟仿真设计在新产品开发中应用前景.........................................................................73.减速器的结构设计................................................................................................................................93.1减速器原始数据及传动装置总体设计.........................................................................................93.1.1设计要求及原始数据............................................................................................................93.1.2确定传动方案........................................................................................................................93.1.3选择电动机..........................................................................................................................103.1.4传动装置总传动比的确定及各级传动比的分配...............................................................113.1.5装置运动和动力参数的计算..............................................................................................123.2传动零件的设计计算及联轴器的选择...............................................................