DSIAC collects and publishes articles related to our technical focus areas on the web to share with the DoD community.
A Chevrolet Colorado floated over large cement blocks down a road at General Motors Proving Ground at a good clip. At first listen, it’s like the truck is part of a silent film, but birds tweeting and leaves rustling validate the existence of sound. This is what it’s like to hear the ZH2 hydrogen cell-powered
It sounds like something straight out of Call of Duty video game sequel, James Bond movie, or Batman comic. Troops call in an air strike, but instead of high explosives, the pilots employ a weapon that screws with the enemy’s electronics, disabling them or making them catch fire or even explode, becoming little bombs in
Technology undoubtedly matters, but only rarely in the sense that an isolated technological achievement lends decisive advantage in tactical engagements. Rather, technological innovations and choices shape the ways in which military organizations, and the broader defense-industrial complex, approach the prospect of war. Each of these systems involved a radical rethink of organizational roles and priorities,
Boating through choppy waters can be an exciting but physically exhausting experience. Now researchers at Utah State University’s Splash Lab are taking steps toward the design of an inflatable speedboat that absorbs wave energy and provides a smoother ride for passengers. Their findings demonstrate for the first time the unique differences in water impact behavior
U.S. Air Force officials selected Lockheed Martin and Raytheon to mature design concepts and prove developmental technologies for the Long Range Stand Off (LRSO) missile program. Lockheed and Raytheon are charged with developing the technologies and demonstrating reliability and maintainability of a replacement weapon. The aging ALCM will continue to face increasingly significant operational challenges
Boating through choppy waters can be an exciting but physically exhausting experience. Now researchers at Utah State University’s Splash Lab are taking steps toward the design of an inflatable speedboat that absorbs wave energy and provides a smoother ride for passengers. Their findings demonstrate for the first time the unique differences in water impact behavior
It sounds like something straight out of Call of Duty video game sequel, James Bond movie, or Batman comic. Troops call in an air strike, but instead of high explosives, the pilots employ a weapon that screws with the enemy’s electronics, disabling them or making them catch fire or even explode, becoming little bombs in
UConn chemistry professor Doug Adamson, a member of the Polymer Program in UConn’s Institute of Materials Science, has patented a one-of-a-kind process for exfoliating graphene in its pure (unoxidized) form, as well as manufacturing innovative graphene nanocomposites that have potential uses in a variety of applications.
A database created to track obsolescent components is helping ensure readiness across the DOD. The U.S. Army Aviation and Missile Research, Development and Engineering Center”s Obsolescence Engineering team created a system called the Multifunctional Obsolescence Resolution Environment tool-database. MORE is a government-owned engineering analytical obsolescence and DMSMS management information system, maintained by AMRDEC. MORE centralizes
A database created to track obsolescent components is helping ensure readiness across the DOD. The U.S. Army Aviation and Missile Research, Development and Engineering Center”s Obsolescence Engineering team created a system called the Multifunctional Obsolescence Resolution Environment tool-database. MORE is a government-owned engineering analytical obsolescence and DMSMS management information system, maintained by AMRDEC. MORE centralizes
UConn chemistry professor Doug Adamson, a member of the Polymer Program in UConn’s Institute of Materials Science, has patented a one-of-a-kind process for exfoliating graphene in its pure (unoxidized) form, as well as manufacturing innovative graphene nanocomposites that have potential uses in a variety of applications.
An international research team led by scientists at The University of Texas at Dallas and Hanyang University in South Korea has developed high-tech yarns that generate electricity when they are stretched or twisted. In a study published in the Aug. 25 issue of the journal Science , researchers describe “twistron” yarns and their possible applications,