Scientists at the University of Toronto have created a new metal composite that is remarkably strong, incredibly light, and able to withstand...
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Maroc - KNOWRIDGE.COM - A La Une - 17/Nov 00:51
Scientists at the University of Toronto have created a new metal composite that is remarkably strong, incredibly light, and able to withstand temperatures as high as 500°C. The material, described in Nature Communications, could open the door to major advances in aerospace design and other high-performance industries where strength, heat resistance, and low weight are […] The post New ultra-strong, lightweight metal could transform future aircraft appeared first on Knowridge Science Report.
Scientists at the University of Toronto have created a new metal composite that is remarkably strong, incredibly light, and able to withstand...
University of Toronto researchers have designed a new composite material that is both very light and extremely strong—even at temperatures up to 500...
HWM continues to witness commercial aerospace strength as engine product sales surge, fueled by new aircraft and strong spare parts needs.
HWM continues to witness commercial aerospace strength as engine product sales surge, fueled by new aircraft and strong spare parts needs.
Scientists in Australia have developed a remarkable new paint-like coating that can keep buildings cool and collect fresh water straight from the...
Scientists in Australia have developed a remarkable new paint-like coating that can keep buildings cool and collect fresh water straight from the...
Researchers from the University of South Australia and Zhengzhou University have developed a new textile designed to keep people cooler and more...
Scientists at Cedars-Sinai have discovered that old and damaged blood vessel cells may be an important cause of metabolic disorders like diabetes....
Scientists at Cedars-Sinai have discovered that old and damaged blood vessel cells may be an important cause of metabolic disorders like diabetes....
Scientists at Binghamton University are developing a remarkable new material they call “living metal”—a combination of metal and bacterial...