Advanced Assembly Modeling —— 高级装配体建模

1、Advanced Assembly Modeling 高级装配体建模Prerequisites 前提条件 Before learn this course, you should have following experience： 在学习本课程前，应该具备如下经验：u Mechanical design technique and experience 机械设计知识和经验；u Have learn SolidWorks 2006 essential training: Part and Assembly 已经学习了SolidWorks 2006基础培训教程：零件和装配体u Experienc

2、e of Windows OS 使用Windows操作系统的经验Lesson 1（课程1）:Top-Down Assembly Modeling（自顶向下的装配体建模）Top-Down Assembly Modeling 自顶向下装配体建模Stages in the Process 处理流程 In-Context Features 关联特征 Edit Component 编辑零件Appearance of Components While Editing 编辑零件时的装配体显示How Transparency Affects Selecting Geometry 透明度如何影响选中的几何体Pr

3、opagating Changes 传递设计修改 A Note of Caution 重要提示Building In-context Parts 建立关联零件Adding a New Part into an Assembly 在装配体中插入新零件Results of Insert, Component, New Part 插入新零件的结果Building Parts in an Assembly 在装配中建立零件Using Offsets from Assembly Parts 利用装配体零件建立等距Assembly Features 装配体特征 Hole Series 孔系列Smart F

4、asteners 智能扣件Fastener Defaults 扣件默认设置 Fasteners List 扣件清单Changes to Smart Fasteners 智能扣件修改Fastener Selection 扣件选择Fastener Changes 扣件修改Out of Context 脱离关联Putting a Part Back Into Context 恢复关联Breaking External References 断开外部参考Breaking and Locking External References 断开和锁定外部参考External Reference Report

5、 外部参考报告Removing External References 删除外部参考Editing the Features 编辑特征Fastening Features 扣合特征Types of Fastening Features 扣合特征类型Part Fastening Features 扣合特征零件Mounting Boss 装配凸台Snap Hook 弹簧扣In-Context Fastening Features 关联扣合特征Snap Hook Groove 弹簧扣凹槽Vent 通风孔Exercise 1: Top-Down Assembly Modeling 练习1：自顶向下的装

6、配体建模Exercise 2: In-context Features 练习2：关联特征Exercise 3: Level Assembly 练习3：水平尺度装配体Exercise 4: 3D Sketches in a Top-Down Assembly 练习4：在自顶而下装配体中建立3D草图Exercise 5: The Hole Wizard and Smart Fasteners 练习5：异型孔向导和智能扣件Exercise 6: Fastening Features 练习6：扣合特征Lesson 2（课程2）:Advanced Mate Techniques（高级配合技巧）Advan

7、ced Mates 高级配合Key Topics 主要内容Mate Capabilities 高效配合Design Library 设计库Mate References 配合参考Smart Components 智能零部件Mates from Within the Assembly 在装配体内的配合Adding Mate References 添加配合参考Primary, Secondary, and Tertiary References 主要、第二和第三参考Special Case of Mate Reference 配合参考的特殊情况Design Library Parts 设计库零件C

8、apture Mate References 捕捉配合参考Smart Components 智能零部件Create the Defining Assembly 创建定义装配体Make the Smart Component 建立智能零部件Auto Sizing and The Configurator Table 自动大小和配置器表Advanced Mate Types 高级配合类型Summary: Inserting and Mating Components 小节：插入和配合零件Inserting the First Component 插入第一个零部件Inserting Addition

9、al Components 插入其它零部件Inserting and Mating Simultaneously 插入在同时进行配合零件Mating Existing Components 已有零部件的配合Exercise 7: Mates and Assembly Motion 练习7：配合和装配体动画Exercise 8: Using Mate Shortcuts 练习8：使用配合快捷方式Exercise 9: Gear Mates 练习9：齿轮配合Lesson 3（课程3）:Manual Assembly Configurations（装配体配置指南）Manual Assembly Co

10、nfigurations 装配体配置指南Key Topics 主要内容Configurations of Assemblies 装配体配置Terminology Review 术语Adding a New Assembly Configuration 添加新的装配体配置Suppressing Components 压缩零部件Design Library Assemblies 设计库装配体Using Move Component with Configurations 对当前配置移动零部件Component Patterns 零部件阵列Exercise 10: Configurations of

11、 an Assembly 练习10：装配体配置Exercise 11: Component Patterning 练习11：零部件阵列Exercise 12: Layout Sketches and Assembly Configurations 练习12：草图布局和装配体配置Lesson 4（课程4）:Assembly Design Tables and Display States（装配体设计表和显示状态）Assembly Design Tables and Display States 装配体设计和显示状态Assembly Design Tables 装配体设计表Creating and

12、 Inserting Design Tables 创建和插入设计表Controlling Assembly Features and Mates 控制装配体特征和配合Controlling Part Components 控制零部件Comments and Other Headers 备注和其他表头参数Specifying Components 指定零部件Display States 显示状态Display Pane 显示平面Exercise 13: Assembly Design Tables 练习13：装配体设计表Exercise 14: Assembly Design Tables an

13、d Display States 练习14：装配体设计表和显示状态Exercise 15: Assembly Design Tables 练习15：装配体设计表Lesson 5（课程5）:Assembly Editing（装配体编辑）Assembly Editing 装配体编辑Key Topics 主要内容Editing Activities 编辑任务Finding and Repairing Problems 查找和修改错误Information From an Assembly 装配体中的信息Design Changes 设计修改Converting Parts and Assemblie

14、s 转换零件和装配体Parts into Assemblies 零件转换为装配体Assemblies into Parts 装配体转换为零件Parts into Parts 零件转换为零件Replacing Parts with Assemblies 用装配体替换为零件Replacing and Modifying Components 替换和修改零部件Working in a Multi-user Environment 在多用户环境下工作Replacing a Single Instance 替换单个实体Mates Folder 配合文件夹Troubleshooting an Assemb

15、ly 修复装配体错误Mate Errors 配合错误Viewing Mates Using the PropertyManager 使用PropertyManager查看配合Visual Display of a Mate 配合的直观显示Replace Mate Entities 替换配合实体Over Defined Mates and Components 过定义配合和零部件Mate Diagnostics 配合诊断Replacing Components Using Save As 使用另存为命令替换零部件Time-Dependent Features 时间相关特征Parent/Child

16、 Relationships 父/子关系Reorder and Rollback 调整排序和回退Controlling Dimensions in an Assembly 在装配体中控制尺寸Link Values 连接数值Assembly Equations 装配体方程式Dimension Names in an Assembly 装配体中的尺寸名称Adding Equations 添加方程式Mirroring Components 镜像零部件Mirroring or Copying 镜像或是拷贝Blocks 块Using Local Blocks 使用本地块Inserting Blocks

17、插入块Editing Blocks 编辑块Creating Assemblies from Blocks 由块创建装配体Inserting Existing Blocks 插入已有的块Exploding Blocks 炸开块Saving a Block 保存一个块Exercise 16: Assembly Errors 练习16：装配体错误Exercise 17: Assembly Features 练习17：装配体特征Exercise 18: Assembly Equations 练习18：装配体方程式Exercise 19: Mirror Component 练习19：镜像零部件Exerc

18、ise 20: Stick Blocks 练习20：插入块Exercise 21: Making Blocks 练习21：制作块Exercise 22: Inserting Blocks 练习22：插入块Lesson 6（课程6）:Large Assemblies（大型装配体）Large Assemblies 大型装配体Key Topics 主要内容Efficient Assemblies 高效装配体Errors When Opening an Assembly 打开装配体时的错误Designing with Sub-assemblies 设计子装配体Modifying the Structu

19、re of an Assembly 修改装配体结构Dissolving a Sub-assembly 解散子装配体Promoting and Demoting Components 提升或降低零部件层次Creating a New Sub-assembly with Components 使用零部件建立新的子装配体Opening a Sub-assembly 打开子装配体Information from an Assembly 装配体信息Large Assembly Mode 大型装配体模式Lightweight Components 轻化零部件Creating Lightweight Com

20、ponents 建立轻化的零部件After the Assembly is Open 打开装配体后的零件处理Best Practice 最佳方法Comparison of Component States 零部件状态的比较Indicators of Lightweight Status 轻化状态的标志Taking Advantage of Configurations 配置的高级应用Detail Features 特征细节Comparative Savings 文件存储比较Mate Considerations 配合方面的考虑Sub-assembly Configurations 子装配体配置Drawing Considerations 绘制工程图方面的考虑Using Compone