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Using cloth to protect military vehicles from RPGs
British company shows a newly developed textile which is strong enough to protect battle-field vehicles from RPGs
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Researchers find ways to slow down deformation of concrete
Concrete is used in practically all forms of construction — buildings, bridges, tunnels, dams; trouble is, it deforms and crumbles over time; MIT researchers discover the reasons for the gradual deformation of concrete, a discovery which will lead to concrete infrastructures capable of lasting hundreds of years rather than tens
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Building sturdier structures in hurricane-prone areas
The hurricane season is upon us; an architecture professor offers tips on how to build — and how not to build — sturdier structures in hurricane-prone regions
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Glass-based coating for reinforcement bars for sturdier infrastructure
Researchers develop glass-based coating for reinforcement bars that helps prevent corrosion and strengthens the bond between steel and concrete; the material could help engineers build stronger bridges and increase the longevity of other steel-reinforced structures
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Boat made from carbon nanotube composite fibers for coastal security
The administration’s 2010 budget cuts the U.S. Coast Guard’s budget, so it is good that a Washington state-based company is building a boat made entirely with carbon nanotube enhanced pre-impregnated composite fibers; the 16 meter boat will weigh less than 3,630 kg, fully equipped; this is approximately 75 percent less than fiberglass boats of the same size, and 33 percent less than conventional carbon fiber boats
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Mechanical stress leads to self-sensing in solid polymers
Fighting Illini researchers develop force-sensitive polymers; when pushed or pulled with a certain force, specific chemical reactions are triggered in the mechanophores; such polymers may be used in aircraft components or bridges to report damage and warn of potential component failure, slow the spread of damage to extend a material’s lifetime, or even repair damage in early stages to avoid catastrophic failure
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Silk tougher and lighter than steel
German scientists develop a technique to make silk tougher and lighter than steel — and even more elastic than spider’s silk; material may be used in surgical threats, bullet proof vests, and artificial tissue
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Self-healing concrete for safer, durable, and cheaper-to-maintain infrastructure
Wolverines researchers develop self-healing concrete; the concrete self-heals itself when it develops cracks; no human intervention required — only water and carbon dioxide
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One-story masonry building withstands strong jolts during seismic tests
University of California, San Diego researchers design a one-story masonry structure and showed it could survive two days of intense earthquake jolts
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DARPA looking for construction material made of solar cells
What if there was a material made of solar cells but which would be strong and flexible enough to be used for making planes and cars? There would be no need for an engine — or for batteries, as the material would generate and store power
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Composite materials extend life of existing bridges
The Obama administration’s stimulus package directs large amounts of money toward rehabilitating the aging U.S. infrastructure; Jayhawks researchers are testing a new class of devices that could double the life of America’s existing bridges using composite materials
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South Korea develops homemade stealth technology
While the United States keeps a close eye on work by Shina, Russia, and India on stealth technology, South Korea announces it has mastered the technology
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Better bullet-proof vests with advanced fiber weaves
Manchester University researchers say that bullet-proof vests used to protect the lives of police officers could be further improved with advanced fiber weaves
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New anti-crime approach: vigilant windows
Windows are coated with special polymer which contains nanoparticles that convert light into fluorescent radiation; this radiation is channeled to the edges of the window where it is detected by sensors; when a person approaches the window, the sensors wirelessly relay this currency information to a computer program, which alerts security officials of the potential intruder
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A simpler route to invisibility
Two years ago Duke University researchers built an invisibility cloak — a device that can make objects vanish from sight, at least when viewed using a narrow band of microwave frequencies; researchers now show how to create cloaks that work across a wider range of frequencies
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The long view
Major Lithium Mine Approved in Nevada, Supporting a Domestic Supply of Critical Minerals
Critical minerals are essential building blocks of the modern economy and America’s energy security, from clean energy technologies – like electric vehicle and grid storage batteries and wind turbines – to semiconductors to advanced defense systems and consumer electronics.