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WVU MAE 455 - Lab Assignment 3 – Assembly Modeling

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MAE 455 Computer-Aided Design and Drafting Lab Assignment 3 – Assembly Modeling Lab Objectives • Create an assembly with sub-assemblies. • Use assembly constraints. • Work as a team to design a product. Lab Tasks 1. Form a team of 3-4 people. Choose a product to model. It must have an assembly and sub-assemblies. It can be something you have already modeled in this course. 2. Each team-member must create the parts for their own sub-assembly. Each team-member must create at least 3 parts and must create at least a total of 10 part features. The parts must be created using the same good modeling practices established in previous labs. 3. Each team-member must obtain at least one solid model part file from an online vendor catalog. 4. Each team-member must create a sub-assembly that contains the parts they have created and obtained. The part instances must be fully constrained using assembly constraints. 5. As a group, you must create an overall assembly. Add team-member sub-assemblies to the overall assembly, using assembly constraints to fully constrain the sub-assemblies. 6. Perform an interference analysis to verify that there are no hard interferences between parts. If there are interferences, perform a re-design. 7. Create one exploded view for each assembly and sub-assembly. Use the configuration tab ( ) to control which configuration is being shown. 8. Email all of the group’s part and assembly files together to [email protected] when the parts are ready for grading. Notes: • All file names must be prefixed by your mix user name (or group name) and an underscore. For example, if your mix user name is "jsmith", save the file as "jsmith_vice_handle.sldprt". Name the subassemblies that you create as “jsmith_handle_subassy.sldprt.” • To share part files so that the sub-assemblies can be brought together in step 5, you will need to email the files to one group member. This group member can then email all of the group’s part files to the lab instructor. • The parts must be modeled realistically including all fillets, bolt holes, etc. Bonus marks will be given for complexity and how accurately your solid models represent the real parts. Due date: Wednesday, October 23.Bicycle; Wes Gosselink, Sam Johnson, Scott Mudie, Paul Shaw, Lyang Suan Wang; Fall 2012 Bike Rack; Greg Bassham, Chris Beattie, Jeff Oosterhouse; Summer 2001 Crib; Kendrell Fuller, Matt Hildebrand, Chris Traylor, James Walkiewicz; Fall 2009Windmill Design Using Magnus Effect; Adam Wolfe, Doug Damron, Paul Linger; Fall 2009 Master cylinder assembly – SAE Baja Buggy; Dan Barber, Jacob Curnutte, Lacy Reed; Fall


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WVU MAE 455 - Lab Assignment 3 – Assembly Modeling

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