Procedures, tests and data generation that characterize the materials performance and controlling mechanisms that determine their optimum economic design and utilization. The Michigan Molecular Institute was acknowledged nationally as a premier private research laboratory with unequaled strengths in polymers and polymer matrix composites. The merging of MSU and MMI composites activities creates a unique interinstitutional strength. Not only are the personnel complimentary in their research and education, but the facilities at both institutions offer a critical combination of analytical, processing and characterization equipment equaling the finest facilities in the country at either an academic or industrial site. The combination of talents at the experiment station and the Composite Materials and Structures Center increases MSU's competitiveness for regional and national grants and aids in the efficient transfer of research and technology into the private sector.
Research determines optimum economic design and utilization of new composite materials.
Composite analysis, characterization, processing and fabrication take place in the analytical laboratory. New high-performance organic fibers, such as polyvinylalcohol fibers, are being developed for economically competitive, enhanced energy absorption fabrics and associated composite structures. Based on computer model studies of fabric deformation and failure processes, the fiber mechanical properties and tow geometry, together with the fabric structure, will be optimized for enhanced energy absorption. Smart Structures A program has been initiated to develop structural materials that exhibit multiperformance characteristics, all within one integrated, easily processible structure. The fiber is utilized as the vehicle in this program to incorporate molecular-based performance characteristics into integrated multiperformance macroscopic structures.