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LS1 Inside! / Toolbox / Mechanical Engineer ![]() ![]() ![]() Group: Advanced Members Posts: 2,215 Joined: 5-February 04 From: NJ Member No.: 179 ![]() |
I'm taking a grad class now that requires a project that a group of three of us are going to work on.
---------------------------------------------------------------------------------------------------------------------------------- The purpose of this project is to apply methods studied in this course to a selected Mechanical Engineering application....... The project should be defined such that its analysis should involve methods related to a combination (as many as possible) of the main topics discussed in this course which include: Linear Algebra, Ordinary Differential Equations, Partial Differential Equations, Numerical Analysis, and Optimization. The project should include the following components: 1. Theoretical (analytical) study 2. Numerical simulation 3. Optimization ------------------------------------------------------------------------------------------------------------------------------------ My other group members mentioned they wouldn't mind doing something related to my car. It's not supposed to be too involved and when we are done we need a report and a short 10-15 minute presentation. Oh, the other catch is we need to use MATLAB as an intergral tool in our analysis. I was thinking of optimization of something on the f-body. I was also thinking of something related to oil coolers (heat transfer), rear spoilers (aerodynamics), suspension (springs/shocks), etc. You guys have any other ideas? Something not too basic, but not too complicated. Oh, and we need to have our topic by tomorrow night (Tuesday, February 8th). Thanks, Dennis |
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Experienced Member ![]() ![]() ![]() Group: Advanced Members Posts: 1,197 Joined: 13-February 04 From: Hudson, Colorado Member No.: 197 ![]() |
I designed a header in college. I optimized it for tube diameter and length. This was far from easy to prove mathmatically. I strongly recommend you stay away from compressible flow (intake or exhaust) since you don't want it to be too complicated. Althought the brake cooling ducts wouldn't be too bad.
How about valve spring rate optimization with an after market cam? |
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