During my spring 2023 semester, I was part of a project team with the objective to design and model a wood cutter. The team and I used static equilibrium equations to create a complete computational model of our design in MATLAB. 

Our computational model included calculations for axial stress, bending stress, strain, and factor of safety. We considered multiple design criteria such as material, applied load, and different brittle and ductile failure theories, and were able to view in real time how proposed design changes impacted our structure. Find the final report down below.

The completion certificate for this course can be viewed at the link here

These files allow the user to generate a MATLAB simulation of a tuning fork being struck. 

The files contain various mathematical and computational functions all based in real-life vibrational mechanics equations and models. Each files specific purpose is highlighted within them. 

The user inputs various parameters about the tuning fork including tuning note, material, cross-sectional shape, and width of the tuning fork. 

On the left, you can find a video demonstration, as well as the published code.