A UDRI researcher examines a stitched carbon fiber composite produced using tailored fiber placement, a process that can be used to incorporate various multifunctionalities into composites while improving or maintaining structural integrity, decreasing weight, and increasing fuel efficiency of aircraft.
A UDRI researcher examines a stitched carbon fiber composite produced using tailored fiber placement, a process that can be used to incorporate various multifunctionalities into composites while improving or maintaining structural integrity, decreasing weight, and increasing fuel efficiency of aircraft.

 

Making Materials More Efficient and Economical

UDRI develops and integrates new and conventional materials into multifunctional structures and products. We work to reduce size, weight, power consumption, and manufacturing complexity (SWPaM) and to increase performance, ruggedness, and survivability. We employ advanced, in-house capabilities in design, growth, processing, fabrication, characterization, and testing for this work.

We have access to additional expertise and capability of the United States Air Force Research Laboratories through Cooperative Research and Development Agreements (CRADAs). Few other organizations in the nation have such capability to provide cutting edge performance for less cost.

Capabilities

  • Hybrid Material Development and Optimization
  • Advanced Polymers Development and Optimization
  • Nano-Enhanced Composites Fabrication
  • Full Material Characterization
  • Test and Evaluation
  • Application / Technology Transition