Learn about material selection and mass properties.
- [Instructor] Selecting the right material…for your part is essential to getting the right values…for the mass, and center of mass for your part.…Let's just go quickly and review…how to add a material and modify it.…Go over here to the left, notice I have…brass selected right now.…I can right click on that, I can say edit material,…or I can choose from any of my favorite materials here.…Click on edit material first,…I get this little dialog window that pops up.…I can choose anything from copper, to steel,…to iron, or all these different selections here.…I can even create my own materials.…Most of the time, in the exams, you're going to be seeing…steel, AISI 10120, or aluminum 1060.…
Those are the two most common I've seen,…but it could be just about anything.…Now, I would definitely recommend,…because you're going to be using these…same materials multiple times, I would go over here…to favorites and add a favorite.…So click on aluminum alloys, click on…the one you want, and then click on add.…It's saying I already have it on my favorites list,…
Author
Gabriel Corbett
Released
2/20/2018- CSWP exam overview
- Working with the sketch tools
- Performing sweeps and lofts
- Smoothing corners with Fillet and Chamfer
- Creating linear and circular patterns
- Designing multibody parts
- Setting mass properties
- Working with materials
- Inserting components
- Setting up reference geometry
- Moving and rotating components
- Working with suppression states
- Using a design table to build configurations
- Establishing standard drawing views
- Segment 1: Modeling parts
- Segment 2: Modifying and configuring parts
- Segment 3: Building assemblies
Skill Level Intermediate
Duration
Views
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Introduction
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Welcome1m 33s
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1. The CSWP Exam
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Exam information2m 14s
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Exam-taking techniques5m 43s
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2. Exam Skills
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Sketch entities8m 1s
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Sketch tools3m 44s
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Sketch relations2m 30s
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Boss and Cut features2m 28s
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Revolve3m 3s
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Sweeps and lofts3m 21s
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Fillets and chamfers2m 3s
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Draft3m 3s
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Shell1m 46s
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Hole Wizard4m 47s
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Linked dimensions2m 46s
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Equations3m 30s
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Mirror3m 31s
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Multibody parts2m 33s
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Rib3m 20s
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Feature scope1m 35s
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Mass properties2m 25s
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Materials1m 13s
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Inserting components3m 28s
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Restraints1m 31s
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Standard mates6m 58s
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Reference geometry4m 11s
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In-context features4m 24s
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Suppression states1m 33s
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Move and rotate components2m 31s
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Assembly features1m 54s
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External references2m 1s
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Design tables6m 20s
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Drawing view types6m 6s
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3. Segment 1: Part Modeling (70 Minutes)
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4. Segment 2: Part Modifications and Configurations (50 Minutes)
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Modify a cutout4m 9s
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Adjust thicknesses2m 14s
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Remove features from parts1m 39s
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Modify complex parts3m 32s
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Add/switch configurations2m 37s
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5. Segment 3: Assemblies (80 Minutes)
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Create a coordinate system3m 38s
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Modify physical properties2m 38s
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Gear Mate2m 28s
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Path Mate2m 34s
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Conclusion
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Next steps52s
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Video: Materials