Solidworks钣金安装教程

Solidworks钣金安装教程Solidworks产品设计培训内容草图1.草图绘制——基础图元、样条曲线与文字2.草图编辑——等距、转换实体引用、剪裁、延伸、分断、阵列3.草图的精确控制——尺寸标注、几何约束4.草图绘制实例。特征建模1.基础特征——拉伸、建模实例2.旋转、基准面、基准轴、拉伸切除、建模实例3.扫描——简单扫描与引导线扫描4.圆角、孔、筋，建模实例5.简单放样、异型孔向导、建模实例6.抽壳、移动面、动态修改特征、移动/旋转、镜向、缩放、拔模、包覆、阵列7.建模实例综合高级特征/产品渲染效果图1.引导线放样、引导线扫描等2.弯曲、变形、特型等3.综合实例、产品渲染效果图等曲面/高级曲面设计1.曲面拉伸、扫描、旋转、放样；等距曲面、延展曲面等2.曲线和曲面的相关概念、主要曲线造型方法——3D草图、投影曲线、组合曲线、分割线等3.平面、等距面、填充面、中面、剪裁曲面、删除面、曲面缝合、替换面等4.产品曲面类型、曲面造型、变形在曲面造型上的应用5.曲面控制6.曲面造型实例演示装配图1.装配体基础——简单配合、装配体特征树、爆炸图2.零件操作——零件复制、镜像、替换、阵列、装配体特征4.动画与仿真——旋转动画、爆炸动画、模拟、动画模拟5.典型产品的装配、运动仿真、干涉检查和零件编辑工程图1．工程图基础、建立工程视图——模型视图、标准三视图、剖切图、投影视图等2．尺寸标注、工程符号、工程图打印3．工程图模板定制4．工程图配置、零件序号与材料明细表等钣金设计及焊件1.钣金特征2.基体法兰3.平板型式特征4.斜接法兰5.边线法兰6.钣金成型工具7.钣金的展开和折叠8.焊件9.建模实例综合Solidworks产品设计课程详细大纲：EssentialPartAndAssembly——零件与装配Lesson1（课程1）:Introduction（介绍）AboutThisCourse——关于本课程Prerequisites——前提条件WhatistheSolidWorksSoftware?——什么是SolidWorks软件？DesignIntent——设计意图ExamplesofDesignIntent——设计意图案例HowFeaturesAffectDesignIntent——特征如何影响设计意图UnselectableIcons——不可选的图标按钮TheSolidWorksUserInterface——SolidWorks用户界面Menus——菜单KeyboardShortcuts——快捷键Toolbars——工具栏ArrangingtheToolbars——工具栏的摆放QuickTips——快捷提示FeatureManagerDesignTree——FeatureManager设计树PropertyManagerMenus——PropertyManager菜单Taskpane——任务窗格MouseButtons——鼠标Options——选项Lesson2（课程2）:IntroductiontoSketching（草图绘制简介）2DSketching——二维草图StagesintheProcess——处理流程WhatareWeGoingtoSketch?——我们怎么样开始草图绘制？Sketching——绘制草图DefaultPlanes——默认平面SketchEntities——草图实体SketchGeometry——绘制几何体BasicSketching——基本草图绘制TheMechanicsofSketching——草图绘制模式Introducing:SketchRelations——介绍：草图几何关系InferenceLines(AutomaticRelations)——推理线（自动添加几何关系）StatusofaSketch——草图状态SketchRelations——草图几何关系AutomaticSketchRelations——自动草图几何关系AddedSketchRelations——添加草图几何关系ExamplesofSketchRelations——草图几何关系示例SelectingMultipleObjects——选择多个对象Dimensions——标注尺寸Dimensioning:SelectionandPreview——标注：选择和预览尺寸AngularDimensions——角度尺寸SketchFillets——草图圆角Extrude——拉伸Exercise1:SketchingHorizontalandVerticalLines——练习1：绘制水平和竖直直线Exercise2:SketchingLineswithInferences——练习2：根据推理绘制直线Exercise3:SketchingLines——练习3：绘制直线Lesson3（课程3）:BasicPartModeling（基础零件建模）BasicModeling——基本建模StagesintheProcess——处理流程Feature——特征Plane——平面Extrusion——拉伸Sketch——草图Boss——凸台Cut——切除FilletsandRounds——内圆角和外圆角DesignIntent——设计意图ChoosingtheBestProfile——选择最佳轮廓ChoosingtheSketchPlane——选择草图平面ReferencePlanes——参考基准面PlacementoftheModel——模型的放置DetailsofthePart——零件的分析StandardViews——标准视图MainBosses——主要凸台特征BestProfile——最佳轮廓SketchPlane——草图平面DesignIntent——设计意图SketchingtheFirstFeature——绘制第一特征草图ExtrudeOptions——拉伸特征选项RenamingFeatures——重命名特征BossFeature——凸台特征SketchingonaPlanarFace——在一个平坦的面上绘制草图Sketching——草图绘制TangentArcIntentZones——切线弧的目标区域AutotransitioningBetweenLinesandArcs——直线与圆弧的自动转换Viewports——视角UsingtheHoleWizard——使用异型孔向导CreatingaStandardHole——创建标准孔CounterboreHole——创建柱形沉头孔CutFeature——切除特征SelectingMultipleObjects——选择多个对象ViewOptions——视图显示方式Filleting——圆角特征FilletingRules——建立圆角特征的规则RecentCommandsMenu——最近的命令菜单FilletPropagation——圆角延伸Lesson4（课程4）:Patterning（阵列）WhyUsePatterns?——为什么使用阵列ComparisonofPatterns——阵列的比较PatternOptions——阵列选择FlyoutFeatureManagerDesignTree——弹出FeatureManager设计树LinearPattern——线性阵列DeletingInstances——删除实例GeometryPatterns——几何体阵列CircularPatterns——圆周阵列AWordAboutAxes——关于轴的说明MirrorPatterns——镜像UsingPatternSeedOnly——使用只阵列源CurveDrivenPatterns——曲线驱动的阵列TableandSketchDrivenPatterns——表格和草图驱动的阵列UsingVarySketch——使用随形变化阵列PatternofaPattern——阵列的阵列PatterningFaces——阵列面FillPatterns——填充阵列Exercise15:LinearPatterns——练习15：线性阵列Exercise16:TableorSketchDrivenPatterns——练习16：表格或草图驱动阵列Exercise17:SkippingInstances——练习17：跳过实例Exercise18:LinearandMirrorPatterns——练习18：线性和镜像阵列Exercise19:CurveDrivenPatternsExercise20:UsingVarySketchLesson5（课程5）:RevolvedFeatures（旋转特征）CaseStudy:Handwheel——实例练习：手轮StagesintheProcess——处理流程DesignIntent——设计意图RevolvedFeatures——旋转特征SketchGeometryoftheRevolvedFeature——绘制旋转特征的草图几何体RulesGoverningSketchesofRevolvedFeatures——旋转特征草图的规则DimensioningtheSketch——标注尺寸DiameterDimensions——标注直径尺寸CreatingtheRevolvedFeature——创建旋转特征Lesson6（课程6）:Editing:Repairs（编辑：修改）PartEditing——零件编辑StagesintheProcess——处理流程EditingTopics——编辑内容InformationfromaModel——模型的信息FindingandRepairingProblems——找到并修改问题What’sWrongDialog——“什么错”对话框WheretoBegin——从哪里开始CheckSketchforFeature——检查草图合法性BoxSelection——框选RepairingtheSketch——修复草图InformationFromaModel——模型的信息RollbacktoaSketch——退回到草图RebuildingTools——重建工具RollbacktoFeature——退回特征FeatureSuppression——压缩特征RebuildFeedbackandInterrupt——退回进度和中断FeatureStatistics——特征统计Exercise27:Errors1——练习27：错误1Exercise28:Errors2——练习28：错误2Exercise29:CopyandDanglingRelations——练习29：拷贝和悬空关系Lesson7（课程7）:ShellingandRibs（抽壳和筋）ShellingandRibs——抽壳和筋Shelling——抽壳OrderofOperations——操作次序FaceSelection——表面选择ReferencePlanes——参考平面Ribs——筋RibSketch——筋草图FullRoundFillets——完整圆角ThinFeatures——薄壁特征装配图Lesson8（课程8）:Bottom-UpAssemblyModeling（自底向上的装配体建模）CaseStudy——实例练习Bottom-UpAssembly——自底向上的装配体StagesintheProcess——处理流程TheAssembly——装配体CreatingaNewAssembly——新建装配体PositionoftheFirstComponent——放置第一个零部件FeatureManagerDesignTreeandSymbols——FeatureManager设计树及符号DegreesofFreedom——自由度ComponentsAnnotationsRollbackMarkerReorderMateGroupsAddingComponents——向装配体中添加零部件InsertComponent——插入零部件MovingandRotatingComponents——移动和旋转零部件MatetoAnotherComponent——配合其他零部件MateTypesandAlignment——配合类型和对齐MatingConcentricandCoincident——同轴心和重合配合WidthMate——使用基准面配合OpeningaComponent——打开一个零部件CreatingCopiesofInstances——复制零部件实例ComponentHidingandTransparency——零部件的隐藏和透明度ComponentProperties——零部件属性Sub-assemblies——子装配体SmartMates——智能配合InsertingSub-assemblies——插入子装配体MatingSub-assemblies——配合子装配体DistanceMates——距离配合Exercise:Mates——练习55：配合关系Exercise:U-JointChanges——练习56：配合更改Lesson9（课程9）:UsingAssemblies（装配体的使用）UsingAssemblies——装配体的使用StagesintheProcess——处理流程AnalyzingtheAssembly——装配体分析MassPropertiesCalculations——计算质量属性CheckingforInterference——干涉检查Staticvs.DynamicInterferenceDetection——静态与动态干涉检查PerformanceConsiderations——关于系统性能方面的问题ChangingtheValuesofDimensions——修改尺寸值Examples——实例FeatureManagerDesignTree——FeatureManager设计树ExplodedAssemblies——装配体爆炸图SetupfortheExplodedView——设置爆炸视图的步骤ExplodingaSingleComponent——爆炸单个零部件MultipleComponentExplode——爆炸多个零部件Sub-assemblyComponentExplode——爆炸子装配Auto-spacing——自动间距零部件ReusingExplodes——重用爆炸视图ExplodeLineSketch——爆炸直线草图ExplodeLines——爆炸直线AnimatingExplodedViews——动画爆炸视图AssemblyDrawings——装配体工程图BillofMaterials——材料明细表AddingBalloons——添加零件序号IntheDrawingsCourse——关于工程图知识Exercise58:UsingCollisionDetection——练习58：干涉检查Exercise59:ExplodedViews——练习59：爆炸视图Exercise60:ExplodedViewsandAssemblyDrawings——练习60：爆炸视图和装配体工程图EssentialDrawings——工程图Lesson1（课程1）:PreparationsforDetailing（准备工作）PreparationsforDetailing——建立工程图的准备内容Procedure:PreparingaPartforDetailing——准备零件Lesson2（课程2）:DrawingSheetsandViews（工程图纸和工程视图）DrawingSheetsandViews——绘制工程图纸和工程视图LessonTopics——主要内容Terminology——术语DrawingSheets——工程图纸DrawingSheetFormat——工程图纸格式MultipleDrawingSheets——多工程图纸Procedure:CreatingaDrawing——步骤：创建工程图Settings——设置DrawingSheetSetup——工程图纸设置DrawingViews——工程视图DrawingViewsThatRequireSketching——要求草图绘制的工程视图ParentsofDrawingViews——工程视图的父视图DrawingViewNames——工程视图名称ModelViews——模型视图Standard3Views——标准三视图ProjectedView——投影视图RelativetoModelView——相对视AuxiliaryView——辅助视图BrokenView——断裂视图PartCutawayView——轴测剖视图SheetMetalFlattenedView——钣金零件展开视图SketchinginDrawingViews——在工程视图中绘制草图MakingaDrawingViewActive——激活工程视图FlyoutFeatureManager——弹出FeatureManagerSectionView——剖面视图AlignedSectionView——对齐剖面视图DetailView——局部视图Broken-outSection——断开的剖视图CroppedView——裁剪视图EmptyView——空白视图SketchingaRotatedSectionView——绘制一个旋转剖视图Procedure:AddingDrawingViews——步骤：添加工程视图ViewSettings——视图设置ViewDisplayMode——视图显示模式TangentEdgeDisplay——切边显示ViewConfiguration——视图配置HidingViews——隐藏视图CopyViewandMoveView——复制视图和移动视图ViewAlignmentandRotation——视图对齐和旋转Procedure:ViewDisplayModes——步骤：显示模式Exercise1:CreatingViews——练习1：创建视图Exercise2:CreatingAuxiliaryViews——练习2：创建辅助视图Exercise3:CreatingCroppedViews——练习3：创建裁剪视图Exercise4:CreatingBroken-outSectionViews——练习4：断开的剖视图Exercise5:CreatingBrokenViews——练习5：创建断裂视图Lesson3（课程3）:AssemblyDrawingViews（装配体工程视图）AssemblySpecificViews——装配体特定视图ConfigurationsandDisplayStates——配置和显示状态AssemblySectionViews——装配体剖面视图AssemblyBroken-outSections——装配体断开的剖视图AssemblyCutawayViews——装配体轴测剖视图ExplodedViews——爆炸视图AlternatePositionViews——交替位置视图ComponentLineFont——零部件线型HideComponent——隐藏零部件HideComponentBehindPlane——隐藏基准面后的零部件AutomaticHidingonCreation——生成视图时自动隐藏零部件AdvancedShow/HideandAdvancedSelection——高级显示/隐藏和高级选择Procedure:CreatingViewsofAssemblies——步骤：建立装配体工程视图Exercise18:AssemblyandPartViews——练习18：装配体和零件图Exercise19:AssemblyViews——练习19：装配体视图Lesson4（课程4）:BillofMaterialsandTables（材料明细表和设计表）CreatingandManagingaBillofMaterials——创建和管理材料明细表LessonTopics——主要内容TheBillofMaterials——材料明细表TableFunctions——表格功能AddingaBOM——添加材料明细表ModifyingtheBOM——修改材料明细表ShiftColumn——移动列AddColumn——添加列TableFormat——表格格式SplittingaBOM——分割材料明细表CreatingBOMTemplates——创建材料明细表模板AddingItems——添加项目TabulatedBillofMaterials——制作材料明细表ZeroQuantity——零值数量BOMContents——材料明细表内容SheetMetal——钣金Lesson1（课程1）:ModelingSheetMetalParts（钣金零件建模）SheetMetalMethods——建立钣金零件的方法StagesintheProcess——处理流程SheetMetalToolbar——钣金工具栏DesigningwithSheetMetalFeatures——利用钣金特征进行设计SheetMetalGauges——钣金规格表Flanges——法兰BaseFlange——基体法兰SheetMetalFeatures——钣金特征Sheet-MetalFeature——钣金特征Flat-PatternFeature——平板型式特征MiterFlange——斜接法兰EdgeFlanges——边线法兰AddingaTab——添加薄片FlatPattern——平板型式FlatPatternOptions——平板型式的选项Cuts——切除CutsintheFoldedModel——在折叠状态下切除UnfoldandFold——展开和折叠SheetMetalFormingTools——钣金成型工具StandardTools——标准成型工具UsingaStandardFormingTool——使用标准成型工具HowTheyWork——成型方式CreatingaCustomFormingTool——创建自定义成型工具ConversionofaFormingTool——转换成型工具BendAngles——折弯角SheetMetalPartsinDrawings——钣金零件工程图SheetMetalOptions——钣金选项EdgeFlangesandClosedCorners——边线法和闭合角IndividualEdgeswithanEdgeFlange——独立边线的边线法兰ClosingaCorner——闭合角DesigninginFlat——在展开状态下设计ExistingRounds——现有圆角BaseFlange——基体法兰UsingSymmetry——对称零件ManualReliefCut——手工释放槽切除JogFeature——转折特征FixProjectedLength——固定投影长度LoftedBends——放样折弯BendDeviation——折弯误差Exercise1:SheetMetalBends——练习1：钣金折弯Exercise2:SheetMetalRelief——练习2：钣金释放槽Exercise3:SheetMetalfromFlat——练习3：在展开状态下设计钣金零件Exercise4:SheetMetalFlangesandBends——练习4：钣金法兰和折弯Exercise5:AssortedFramingHangers——练习5：钣金的综合练习AdvancedPartandSurfaceModeling——高级零件与曲面建模Lesson1（课程1）:Sweeps（扫描）Introduction——概述1StagesintheProcess——处理流程SweepingandLofting:What’stheDifference?——扫描和放样的区别Sweeping——扫描SweepComponents——扫描的主要元素CreatingaCurveThroughaSetofPoints——建立通过一系列点的样条曲线EnteringPoints“OntheFly”——输入点坐标ReadingDataFromaFile——从文件中读取数据EditingtheCurve——编辑曲线Sweeping——扫描SweepDialog——扫描对话框WorkingwithaNon-planarPath——使用非平面路径ProjectingaSketchontoaSurface——投影草图至一面VariableRadiusFilleting——变半径圆角AnotherApproachtoFilleting——另一种圆角方法AddingaSplitLine——添加一条分割线FaceFillets——面圆角1SuppressingFeatures——压缩特征InterruptRegeneration——中断模型重建ModelingThreads——螺纹建模CreatingaHelix——建立螺旋线Procedure——建模过程UsingTwist——使用扭曲AlignwithEndFaces——与结束端面对齐SweepingAlongModelEdges——沿模型边线的扫描PropagateAlongTangentEdges——切线延伸WhatiftheEdgesAren’tTangent?——如何边不相切会怎样？3DSketches——3D草图PlaneAtAngle——两面夹角MultipleContoursinaSweep——扫描中的多环路UsingtheHoleWizardonNon-planarFaces——在非平面表面使用异型孔向导Exercise9:SweepswithoutGuides——练习9：不用引导线进行扫描Exercise13:3DSketching——练习13：3D草图Exercise14:3DSketchingwithPlanes——练习14：多平面3D草图Exercise15:HoleWizardand3DSketches——练习15：异型孔向导和3D草图Lesson2（课程2）:Lofts（放样）BasicLofting——基本放样StagesintheProcess——处理流程MergeTangentFaces——合并切面StartandEndConstraints——起始和结束约束MergingaMultibodywithLoft——利用放样合并多实体UsingDerivedandCopiedSketches——派生草图和复制草图CopyingaSketch——复制草图DerivedSketches——派生草图CreatingaDeri