Development of Lightweight and Low Cost Advanced Structural Materials for Off-board Surface Vessels (OBVs)
Agency / Branch:
DOD / NAVY
During Phase I, Texas Research Institute Austin, Inc. (TRI/Austin) will develop new materials to reduce weight on Naval Off Board Vessels (OBVs). TRI/Austin will develop a new composite material for internal OBV applications that is lightweight, durable, fire resistant, and economical. The material system will be capable of withstanding appropriate operational loads and environmental exposures while meeting the fire, smoke, and toxic gas emissions, electromagnetic interference, and dynamic shock requirements at a significantly less weight than traditional alternatives such as aluminum and steel. Advanced resin systems and fiber reinforcements will be selected to meet OBV conceptual design requirements, and manufacturing processes will be developed. TRI/Austin will use the material properties to perform a structural analysis of a conceptual OBV structural component. Based on the resulting test data and analysis, the most appropriate material system will be selected. Material coupons and a demonstration conceptual prototype component will be manufactured and tested for strength, stiffness and fire resistance. An economic analysis will be performed to provide a cost comparison with legacy materials. TRI/Austin will team with the South Carolina Research Association (SCRA), ARL Penn State and Lockheed Martin Maritime and Ship Systems, who will perform systems integration and assist with transition.BENEFITS: In addition to U.S. Navy surface ship and submarine applications there are a number of immediate commercial applications for a cost effective fire resistant composite material in the private sector. Aircraft manufacturers, offshore oil and gas companies and the chemical process industry are potential commercial industries that could benefit from the development of a lightweight, low smoke, strong, flame retardant composite material. The fire resistance and low smoke behavior of composites developed for use in Navy Ships could be used for interior aircraft components such as overhead bins, wall structures, ceilings and floors. New fire resistant low smoke composites could save lives in aircraft fire situations. The off shore oil and gas and chemical process industries could use fire resistant low smoke composite materials in the construction of off shore platforms, and onshore plant buildings and processing structures.
Small Business Information at Submission:
Research Institution Information:
TEXAS RESEARCH INSTITUTE AUSTIN, INC.
9063 Bee Caves Road Austin, TX 78733
Number of Employees:
91 Technology Drive Suite 200
Anderson, SC 29625
Domestic nonprofit research organization