^ Computerized Flight Vehicle Synthesis H. H. Hilton*
An overall systems concept using an integrated approach incorporating basic aerodynamic, guidance, control, propulsion, and structural principles is being used to develop comprehensive generalized simulation computer programs for flight vehicle synthesis. The purpose is to develop educational and research tools to be used in the teaching of and research in flight vehicle synthesis and optimization. Current capabilities include space vehicle flight programs, airplane missions, various structural programs to determine minimum weight and optimum construction, and printed and terminal graphical output on Calcomp. Interactive plotting programs for graphical display of computational results have been developed and are operational.
^ Human-Powered Watercraft S. White* University of Illinois; Society for Advanced Materials and Process Engineering
A human-powered watercraft is being designed and built to break the world speed record for this class of vehicle, which currently stands at 18.5 knots (23.4 miles per hour). The vehicle is a hydrofoil, and composite materials are being used extensively in its construction. A systems type of engineering approach, drawing on principles of propulsion, aero/hydrodynamics, structural mechanics, biomechanics, and materials, has been used to design the vehicle. New types of materials, manufacturing techniques, and components are being utilized to push the speed of the vehicle above the 20-knot barrier.
