Home / Automotive / Slideshow: How NASA drives automotive technology—Part I

Slideshow: How NASA drives automotive technology—Part I


Yep, NASA gave us Tang. For those who are aged adequate to remember celebration it—we were vehement about a judgment of celebration what a astronauts drank, even nonetheless a Tang had most to be desired. What competence not be as good famous as Tang, however, is that from low space to a automotive space, NASA record severely impacts automotive pattern and development, and has for decades. 

Here are several automotive tools and pieces, as good as developments that are subordinate to a automotive industry, that we competence not know came from space investigate and travel.

 

 

Just a few years ago, NASA’s Glenn Research Center announced nanotechnology growth privately to reinstate or raise silicon-based solutions. The investigate directed during achieving high-speed, high-computing power, and low-voltage and stream turn operation. One of a formula is in a area of nanoscale electronic switches that offer durability, longer continuance circuits and computational capabilities during specific locations. The circuits are used for intuiting systems, wireless and embedded communications, active pattern LED displays, antennas, and radio magnitude marker (RFID) devices. 

Automotive applications for a nanotechnologies embody localized electronic intuiting and computational abilities in engines, tires and windows; self-monitoring and diagnostics for emissions and fuel consumption, information storage circuits and communications embedded into car surfaces and finally, intelligent pivotal and reserve device technology.

NASA claims that a record breaks by MEMS-based and solid-state challenges, claiming revoke power, aloft performance, larger miniaturization. No relocating tools means that trustworthiness increases and mechanically strong automotive wiring have a aloft meant time between failures (MTBF).

In a sincerely new nanotechnology roadmap published by NASA, One of a areas that will have a vital impact on a automotive attention is a growth of nanostructured materials that are 50% lighter than required materials—but with homogeneous or higher properties. Carbon nanotube subsequent from high strength, low firmness CO fibers and light-weight, high strength and continuance nanoporous polymers and hybrid materials will capacitate a growth of modernized composites that revoke a weight of aircraft and booster (and eventually cars?) by adult to 30%. Technical hurdles embody low-cost nonetheless arguable production to furnish nanomaterials in sufficient quantities, studies of a ensuing materials to capacitate their fit use in destiny vehicles.

 

Article source: http://www.edn.com/design/automotive/4433686/SLIDESHOW--How-NASA-drives-automotive-technology-Part-I

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