SOLIDWORKS: Weldments in Assemblies
A large structure can be challenging to build, but it can be done. In this course, you'll learn to use Reference Line-Sketch Block method and Solid Body part modeling techniques to bolt together a power line tower. Software required: SOLIDWORKS.
What you'll learn
Creating large structures from the part level up to an assembly can be a challenge. If the structure has uncommon angles or needs to change size or shape, then every part needs to be individually changed, too, which may be time-consuming and error-prone. In this course, SOLIDWORKS: Weldments in Assemblies, you will learn how to apply SolidWorks Weldments in a multibody part file referencing various forms of sketch reference geometry in the modeling of a power line tower leg. First, you'll learn how to import a design sketch. After that, you'll learn how to apply new weldment profiles and how to modify your existing model. Finally, you'll wrap up the course learning about inserting weldments and how you cut lists into a drawing. By the end of this course, you'll have the skills required to make to quickly and efficiently use design sketches to drive the geometry of your models. Software required: SOLIDWORKS.
Table of contents
- 3D Sketch Additions and 2D Sketch Path Segments 14m
- Create 1.5-inch Horizontal 'L Angle' Structural Members 6m
- Trim the Corners of the Horizontal Structural Members 5m
- More Sketch Geometry and Create Two-inch Diagonal 'L Angle' Structural Members 14m
- Create a Two-inch Spacer to Accommodate a Connection Plate 13m
- Create the Top: Two-inch Horizontal 'L Angle' Structural Member 8m
- Create the Top Horizontal Connection Plate and Two More Diagonals 10m
- Four-leg Structure Configurations for Each Corner of Your Assembly 5m
- A Powerline Tower Assembly Using the Four Configurations 6m
- Tour of a Completed Tower Leg Structure, Sketch-driven Modifications, and Correcting Errors 9m
- Tour: Quick Changes for Specific Structural Members and Their Neighbors 7m
- Tour: Complex Connection Plates and Related Structural Members 5m
- Tour: Top and Back Structural Members 11m