使用 3D 草图更改传递线路几何图形。通过删除、修剪和添加草图几何图形来编辑传递线路。删除现有接头并添加替换接头。 编辑现有传递线路。 删除现有接头。 添加替换接头。
Understand the characteristics of a large assembly, how SOLIDWORKS opens an assembly, and what can cause it to slow down. Also, a quick look at some possible solutions. Explore what makes a large assembly. Learn the sequence of steps SOLIDWORKS uses to open an assembly. Discover some common large assembly slowdowns.
在装配体上下文中使用其他部件参考对零件建模以完成设计。 新零件的设计意图（特征大小、装配体中的部件位置等）来自装配体中的其他部件。 通过采用自上而下的装配体建模方法在装配体上下文中构建虚拟零件。 通过参考配合零件中的几何图形在装配体上下文中创建特征。 了解在位配合和外部参考。 在 FeatureManager 设计树中确定外部参考。
在 SOLIDWORKS Professional 认证考试示例中确定干涉部件并调整配合以修复装配体。 查找装配体相对于坐标系的质心。 插入并配合新部件。 使用干涉检测工具确定部件之间的干涉。
在 SOLIDWORKS Professional 认证考试示例中将其他部件添加到装配体。 下载部件并将部件插入到装配体中。 添加配合以定位部件。 使用碰撞检测移动部件。 测量两条边线之间的角度。
在 SOLIDWORKS Professional 认证考试示例中将装配体中的一个部件替换为另一个部件。 在装配体中将一个部件的实例替换为新零件。 将配合重新连接到替换部件。
在 SOLIDWORKS Professional 认证考试示例中为装配体创建并插入一个子装配体。 在子装配体中下载、插入并配合部件。 将子装配体由刚性更改为柔性以移动部件。
线性耦合配合将一个部件的平移与另一个部件的平移相链接。 将沿相对于装配体原点或参考部件定义的轴进行平移。 选择面和参考部件以定义线性耦合配合。 设置一个部件相对于另一个部件的运动比率。
Take advantage of selected global and local settings, techniques, and tips that can lead to faster assemblies. Examine helpful settings in System Options and Document Properties. Understand how to work with large assembly FeatureManager design trees. Learn a few tips to speed up view manipulations.
Compare opening an assembly using each of the three assembly modes: Resolved, Lightweight, and Large Design Review. Discover the differences between each mode. Examine the best use for each mode and how to use them. Understand the options when switching between modes.
This is an introduction to some of the assembly techniques that can further reduce the time required to open and edit your large assembly. Learn the advantages of using assembly techniques. Examine some details about each technique. Understand how the testing tool Assembly Visualization can help you find components that need to be simplified.
