Overview 6-2
Purpose
This module is designed to introduce you to the concept of tolerances, clearances, and interferences that make up the tolerance zone and to start assembly modeling.
Outcomes
After completing this module, you should be able to:
- Using tolerance information to understand the minimum and maximum allowable size for a part feature.
- Using tolerance information to draw the tolerance zone of a feature.
- Create a simple assembly using mates to connect parts in Solidworks.
Lectures
Tolerances, Clearances, and Interferences (fit) lecture
Tolerances, Clearances, and Interferences (fit) lecture quiz
Resources
To complete this module, you will use these resources:
Solidworks skills we discuss during lab:
- Assembly Modeling
- where the assembly origin is located
- creating surface mates between parts
- inserting a new part into an assembly
- fix and float parts in an assembly
- flip/switch allignment
- surface mate (coincident)
- Mates tab
- Extruded cuts
- leave no small material left behind when making holes
- use a closed sketch drawing/profile to make an extruded cut
-
Rollback history, Feature tree > rollback history
- While sketching you can select anything in the feature tree by opening up the drop down menu in the work window
LabDemo Videos
-Assembling Tetris shapes
-Zero material problem
Other Solidworks skills useful for the Individual Project:
-
Cosmetic Threads
- hole wizard>cosmetic threads (insert> annotations)
Week 6 Drawing Download Week 6 Drawing
Tetris Parts for Lab Demo
-Blue Ricky Download Blue Ricky
-Cleaveland Download Cleaveland
-Orange Ricky Download Orange Ricky
Required
Solidworks
SolidProfessor
Recommended
Suggested schedule for the Individual Project
Think about for the individual project:
-Write a plan before modeling your part, that answers, which sketches and features will you do in what order?
-If you have trouble modeling, step back and modify your plan.
-Reflect upon why that plan worked or did not work and incorporate these ideas into your next plan for modeling.
Activities
To complete this module, you will participate in and/or submit each of these activities:
Tolerances, Clearances, and Interferences (fit) lecture quiz