Ultra-high temperature ceramics are materials capable of withstanding temperatures exceeding 2,000 degrees Celsius (3,632 ...

How are things made? In this video I take a look at the different types of manufacturing processes - forming, casting, molding, machining, joining and additive manufacturing - which are used to create ...

At the Bespoke Art Gallery at Ahmedabad, it is the English Methodist hymn that hums in our senses as we glimpse the world’s ...

Researchers have demonstrated a new technique that uses lasers to create ceramics that can withstand ultra-high temperatures, ...

In response to a growing design movement that prizes artisanal home goods and sensory-rich spaces, these creatives are ...

The M.A.T. 3D printer from 3DCeram does exactly that. The printer’s name stands for “Multi Additive Technology”, which hints at what this machine can do. It is an FFF device at its heart, but with a ...

In a hyper-digitalized world, where screens dominate work, social, and personal lives, more and more people are turning their ...

In addition to serving on the faculty of multiple universities, he cofounded the Watershed Center for the Ceramic Arts with Margaret Griggs, George Mason and Lynn Duryea and established Gustin ...

is based on a sequence of alternating ceramic cylindrical shells and metal rings to form the electron beam tunnel. Design techniques for achieving optimal performance and methods for reducing the ...

Meiya Sidney, a fourth-year College of Creative Studies and art honors student at UCSB shares her ceramic practice shaped by ...

Solid-phase sintering method was used to dope Nd and Sm ions at the Y sites of Y₂MgTiO₆ ceramics, forming a solid solution and significantly increasing the Q×f value. The analysis of chemical ...