ME174: Machine Design Final Project (April 2019 - June 2019)
Collaborated with a team of five to design a straw bridge that optimizes the amount of weight it can support at a point load located in its center versus the total weight of itself
Determined theoretical optimal bridge geometries through the combination of 2D truss analysis and the failure criteria of Euler's critical load theory.
Created experimental procedures to compare variations of bridge geometry through application of loads and identify possible improvements through failure analysis
Ensured quality of experiment results through use of high-speed camera to locate areas of initial failure and observe whether they align with results from theoretical calculations
Fabricated a jig to streamline bridge assembly and improve build quality of later iterative builds