OBJECTIVE: The Electrical Cable Fire Protection RA project will research and integrate a fire protection technology to enhance the life of Navy ships by coating electrical cables with an intumescent...
OBJECTIVE The project’s primary goal is to install a laser peening system onboard an LCS platform, treat its aluminum deck, and have NSWC Carderock certify the technology for shipyard use....
OBJECTIVE The objective of this project will be to study the various alternatives for Insulated Bus Pipe (IBP) connector types that are possible for improving cost controls and increasing commonality...
OBJECTIVE The objective of this project is to qualify Insulated Bus Pipe (IBP) for shipboard introduction and to research and develop a coaxial IBP with low magnetic signature for MVDC...
OBJECTIVE: The primary goal of this project was to research, develop, and certify laser peen forming capabilities with the purpose of applying them to shipbuilding materials to form compound curvatures...
OBJECTIVE: The overall objective of this project was to physically demonstrate the ROI and benefits of using IBP in a shipboard application simulated at FSU CAPS, allowing shipyards to witness...
Objective: The primary goal of this project is to research and develop the requirements and integration steps necessary to establish the foundational work related to the development of a scanning...
Objective: The objective of this project was to evaluate the benefits of using laser peening within the shipyard industry during new construction and repair phases with a focus on aluminum...
Objective: Demonstrate the benefits of using laser peening within the shipbuilding industry. Laser peening (TRL 9) will be shown to improve shipbuilding manufacturing processes by strengthening components, shaping metal without...