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所在平台: Udemy |
课程主页: https://www.udemy.com/course/solid-works-2017-industry-ready-program/
课程评论：没有评论
课程名称：完整行业导向的SolidWorks课程 概述：本课程旨在提供工业水平的CAD知识，按照实际行业项目的执行方式进行设计，以确保能够向客户交付高质量的产品。通过本课程及其提供的材料，学生将能够根据行业需求有效地执行相应的操作。课程中详细解释了零件建模和制造方法，并讲述了设计师应如何根据制造商需求调整其设计方法。除了制造设计和装配设计外，该设计方法还可应用于自动化工作。 课程内容： - 草图设计：包括鼠标控制、草图轮廓、草图复制、草图模式、约束、尺寸、修剪命令、笔记创建和草图实践。 - 零件设计：涵盖制造设计方法、不同的施加与切割方式（如拉伸、旋转、扫掠、铺展、边界等）、孔创建、螺纹孔、倒角、肋支撑、草图驱动模式和不同的平面创建方法等。 - 装配：介绍基础组件导入、固定基础组件、子组件装配方法、使用不同的约束及装配中的模式、材料清单、组件透明化、装配的配置和爆炸视图等。 - 草图/详细设计：包括选择图纸、创建标准视图、模型视图、切面图、细节视图等，涵盖尺寸标注、GD&T及基准特征、修订符号与表格等。 - 质量检查：包括不同修订版本绘图的比较与审查。 通过本课程的学习，学生将掌握SolidWorks的综合应用技能，以满足行业的实际需求。
Course Has been created to provide the CAD knowledge in the Industrial Level, This course has been created exactly how the industry projects will be executed to produce Quality products to the Clients.I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.While Explaining the Part Modelling and Drafting Manufacturing methods has been explained clearly and how a designer should adopt his design methods according to the manufacturer needs.Apart from the Design for manufacturing and design for assembly this method of Designing can be followed to produce even automation works also.CurriculumSketcherIntroductionMouse ControlsDifferent Sketch ProfilesCopy of the sketchPatterns of the SketchConstrainsDimensionsTrim CommandNotes CreationSketch PracticePart DesignMethod of Design for ManufacturingExtruded Boss and Extruded CutRevolved BossRevolved CutSweep BossSweep CutLofted BossLofted CutBoundary BossBoundary CutGeneral Hole creation MethodThreaded HolesExternal ThreadsFillet and ChamfersTypes of Fillet and ChamferPattern and its TypesLinear PatternCircular PatternSketch Driven PatternRib SupportsDraft ModellingThin or Thick ShellMirror of the FeaturesDifferent type of Plane Creation MethodsHelix and Spiral CurvesDifferent ConfigurationsPart Modelling PracticeDesign Table for Multiple ConfigurationsPart model Comparison at Different Revisions AssemblyIntroduction to AssemblyBase Component ImportFixing the Base ComponentChild component Assembly methodUsing Different constrainsDifferent Patterns in AssemblyLinear Pattern in Assembly Circular Pattern in AssemblyCopy of Child ComponentsBill of MaterialsHiding a componentMaking a Component TransparentConfigurations in AssemblyExploded View in AssemblyExploded Line Sketch in AssemblyAssembly FeaturesAssembly PracticeDrafting/DetailingIntroduction To DraftingSelecting Sheet Its Size and Sheet StandardsChoosing the Model to DetailsStandard Views Creation MethodsModel Views/ Custom Views Section ViewsDetail ViewsBroken ViewBroken Out ViewCrop ViewAuxiliary ViewSmart DimensionsDimension TypesBase Line DimensionChain DimensionOrdinate DimensionModel DimensionNotes and Spell CheckSurface FinishHole Call OutGD & T and Datum FeaturesCenter Mark & Center LineBlocks and HatchingRevision Symbols and TablesAssembly DraftingBallooningWeld SymbolsDrafting PracticeQuality CheckingDrawings Comparison at Different Revisions
