The clock project, introduced by Cluster 2 of UCSD Cosmos (Design and Control of Kinetic Sculptures), explores the oscillation time and frequency of student-produced clock pendulums. The objectives of participating in the aforementioned project include but are not limited to learning to incorporate Computer Aided Design in the printing of acrylic boards via LaserCAMM, simulating kinetic movements of models through Working Model 2D, and using mathematical formulas to predict time and movement.
Several challenges that I encountered in the duration of this project included manufacturing the clock pendulum without breaking any fragile parts or misinterpreting the instructions, as well as learning to use Working Model 2D for the first time.
Give a summary of the most important outcomes, This may include a picture of your design and a summary of your analysis. A side-by-side comparison of a movie of your Working Model 2D simulation and your actual clock would be good to include here.
The time to complete 10 oscillations is roughly between 6 and 7 seconds (0.670, 0.692, 0.662 seconds).