Unmanned aerial vehicles (UAVs), also known as drones, have not only changed the contours of modern warfare, but their ...

That’s important because the process uses heat and the carbon fiber resin will produce heat as it cures. The first step was to print a mold and, other than the material, that was pretty ...

If there's one fascinating fact about spiders that everyone knows, it's that their silken webs are deceptively strong. It can have a tensile strength of up to around 1000 megapascals, which can be ...

Carbon fiber is then strengthened and, through heat and pressure, hardened with a resin that allows it to keep shape. The resulting car door panel, aircraft fuselage, or bike frame is up to 50% ...

In previous studies, zirconium-titanium (Zr-Ti) alloy infiltration has shown promising results for improving the heat resistance of carbon fiber-reinforced UHTC matrix composites (C/UHTCMCs).

The Airbus A350 that caught fire in Tokyo used carbon-fiber composites that are less heat-resistant than metal. The accident on Tuesday is likely to be seen as a test case for the lightweight ...

The 10/22 Carbon Fiber gets its name from its 16.1” barrel ... It features a receiver that is CNC-machined from heat treated and stress relieved 6061-T6511 aluminum and given a hard-coat ...

Carbon fibre is structurally very similar to fibreglass, albeit far stronger. By carefully aligning woven strands of pure carbon, and setting them under pressure and heat into a resin, carbon ...