Date of Award
2022
Degree Type
Capstone Project
First Advisor
Dr. Bahram Nassersharif
Second Advisor
Corey Murphy, TA
Abstract
Manta rays move through the water by the wing-like movements of their pectoral fins, which drive water backwards. Much like a manta ray, the “Manta Jet”, the underwater module which was developed, was designed to propel itself by driving water in and back out of the impeller inlet. Based on the preliminary design concepts, a test housing was developed to ensure the efficacy of the 200 KV motor, 6-cell Lithium Polymer battery and electronic speed controller. Following the positive findings from the initial testing, design of a full module was initiated. Following the evaluation of multiple iterations of the design, a final design was constructed. Testing of the final product was conducted in the Mackal Field House pool at the University of Rhode Island. The following objectives have been reached this semester: A thrust of 25.6 lbs, continuous runtime of at least 30 minutes, module build comprised of primarily 3-D printed components, and a maximum diameter constraint of 6 inches.
Recommended Citation
Chaffey, Evan; Dean, Colt; Garcia, Elvis; and Vallier, Ryan, "Underwater Jet Propulsion Module" (2022). Mechanical Engineering Capstone Design Projects. Paper 213.
https://digitalcommons.uri.edu/mechanical-engineering-capstones/213
Comments
Team Name: Team 28, Manta Jet
Sponsor: Dr. Bahram Nassersharif