Department of Defense Joint Robotics Program
Demonstration of military composites with low hazardous air pollutant content
Corrosion prevention of stored underground assets using electro-osmotic pulse technology
Condition monitoring and failure analysis. Powerful tools for modern military helicopters
Completely mechanical quick changeable joints for multipurpose explosive ordnance disposal robots
Beryllium surface levels in a military ammunition plant
Battery-free power for unattended ground sensors
Ballistic damage assessment of a thin compound curved B4C ceramic plate using XCT
Back propagation of acoustic signature for robust target identification
A test station health monitoring system (military aircraft)
A test platform implementing SPC in a low-volume, high-mix test department
A study on the Bauschinger effect of gun barrel high strength steel
Applying software process to Virtual Instrument based test program set development
Applying modeling tools to predict performance of transparent ceramic laminate armors
Applications of uncooled microbolometer sensors