Date of Award
5-8-2023
Degree Type
Capstone Project
First Advisor
Bahram Nassersharif
Abstract
Mikel Undersea Warfare Systems is a NAVY defense contractor who has presented the group with a need for an underwater joint. This joint is to provide a waterproof seal for electrical connections within the payload. This joint is to allow for easy assembly, shipping and handling of a submarine navigation system as well as withstand pressure and drag forces at the bottom of the ocean. A final spring actuated button system was to be the final design for this problem. After many redesigns of the geometry of the button, a 1 cm in diameter circular button was the final design. After manufacturing the joint from steel in the URI machine shop, the design was tested using finite element analysis to test the yield strength of the material. Though the prototype was made out of steel, the final material would be made from titanium, which was the material these simulations were run with. After manufacturing, assembly and testing were complete, the project was completed successfully as an easy to assemble joint was created that met all of the design specifications.
Recommended Citation
Mancini, Connor; Hayden, Samuel; Intieri, Alberto; Davis, Jamie; and De Luca, Joseph, "Electro-Mechanical Joints for an Ocean Sensor Payload" (2023). Mechanical Engineering Capstone Design Projects. Paper 130.
https://digitalcommons.uri.edu/mechanical-engineering-capstones/130
Comments
Team Name: Team 05
Company Sponsor: Advanced Development MIKEL
Sponsor Representative: Steven Crocker
Document Reference: URI-MCE-402-005-2023