Southco, the leading manufacturer of engineered access hardware solutions, has recently expanded its captive hardware line with the addition of a captive screw that offers tool-free access.
A new software program has been designed to reduce the time taken to detect weak points in large structures such as bridges, cranes, oil platforms, and mining equipment from a number of days to several minutes. This novel program, created by Akselos a company based at EPFL’s Innovation Park, integrates 3D and 1D elements, and is more dependable than the traditional technique. It is also capable of accomplishing all of this with accuracy and unparalleled speed.
Extra power can be used for the decentralized production of chemicals so as to even out the spikes in power grids caused due to uneven regenerative energy conversion from sun or wind.
The latest study by UT Dallas physicists may speed up the advancement of more powerful computers and electronics. The researchers are exploring topological insulators, which are materials whose surface electrical properties are opposite to their inside properties.
A range of smart, wearable, wireless electronics, which have varied applications right from fitness monitoring or sun exposure to charging other electronics, playing music or purifying air, have occupied a large portion of the consumer marketplace.
Visualize an instrument that is transparent to different wavelengths of light for an instant and turns opaque the next, after a small alteration.
Heat treatment has shown to be an efficient approach to enhance certain valuable properties of wood. Latest technological developments have enabled the following to be attained; higher hydrophobic properties, improved elasticity, and enhanced dimensional stability, among other things.
MIT scientists are exploring new ways to make stronger and more durable concrete by studying the blueprints of nature. Concrete is considered to be the world’s most commonly used man-made material.
One of the hardest and highly heat-resistant substances on Earth is boride. However, just like many materials, this also oxidizes when exposed to high temperatures.
For the past six decades, researchers have been striving to find out how manganese oxide (MnO) attains its long-range magnetic order of alternating up and down electron spins. Currently, a group of researchers has used their newly created mathematical approach to examine the short-range magnetic interactions that they hope would drive this long-range order.
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