The Structures and Materials Evaluation group characterizes the mechanical behavior of materials, structures, and manufactured components. We can evaluate current and emerging metallic alloys, advanced metallic, polymeric, and ceramic matrix composite systems, and components and subcomponents. The scope of hardware ranges from aircraft and engine components to bicycles, artificial limbs, and wrenches.
We conduct tensile, compression, bearing, shear, corrosion, fatigue, fracture, high rate, and crack growth investigations under a variety of in-service environmental conditions. We are well versed in using standardized test procedures, such as ASTM standards.
Frequently the testing of real or simulated structures and components requires development of new test methods and specialized equipment. Our group’s engineers and technicians work closely with sponsors to develop new test methods and test hardware where none previously existed to ensure that the objectives of the test program are met. Other areas of materials investigation include application engineering, aging system problems, failure analysis, and processing parameter optimization.
To serve our customers we:
- Investigate, define, and solve problems using state-of-the-art experimental techniques
- Offer a quick response to problems
- Form teams from all UDRI resources and utilize academic engineering expertise as necessary to provide a comprehensive attack
Capabilities: