Mechanical Engineer
Educational Demonstration of Magnus Effect -Capstone Design
Summary of problem: Design and create a mechanical device to demonstrate the Magnus effect by dropping a biodegradable sphere of the Gordon Dam in Tasmania.
Skills used/developed:
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Project Management - determining the scope of the project, consulting with academic advisor and maintaining internal and external deadlines throughout Capstone I and II
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Research potential options and existing data relating to similar applications.
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Problem analysis and development - including extensive research and refining scope
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Basic MATlab simulations using various equations of motion tuned using observational data
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Manufactured in house: including using manual Mill and lathe, full assembly, fine tuning and testing
Outcome:
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Utilized equations of motion to simulate Magnus effect and developed a theoretical model
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Provided a functional device capable of rotating an object, specifically a hollow watermelon, to the RPM specified in the project definition stage
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Created a lightweight, compact design capable of fixing to the specific location of intended use
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Presented findings and progress multiple times throughout the project, culminating in a “capstone day” in which a poster and the final prototype we're displayed for judges and a final presentation open to the public
*SEE VIDEO AT BOTTOM OF PAGE*