ultrahigh temperature ceramics

From 2D flake to stable 3D crystal: Researchers demonstrate potential of MXenes as additives in ultrahigh-temperature ceramics

By Lisa McDonald / March 30, 2021

MXenes hold potential as additives in ultrahigh-temperature ceramics to improve mechanical properties—but a gap in understanding the phase stability and transformation of MXenes at high temperatures limits this application. Researchers at Indiana University–Purdue University Indianapolis investigated these properties in titanium carbide MXenes.

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Volunteer spotlight: Lavina Backman

By Belinda Raines / May 6, 2020

ACerS is pleased to announce that Lavina Backman has been selected for Volunteer Spotlight, a program through which we recognize a member who demonstrates outstanding service to The American Ceramic…

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Preparing for hypersonic flight—wing shape affects thermal shock behavior of UHTCs

By Jonathon Foreman / March 27, 2020

Ultrahigh-temperature ceramics are promising materials for protecting aircraft wings from friction during hypersonic flight—but thermal shock can cause these ceramics to crack. In the cover article for the March 2020 International Journal of Ceramic Engineering & Science, researchers in China report how wing shape affects thermal shock behavior of UHTCs.

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Observing at the extremes— nanomechanical materials testing at over 2,000°C

By Lisa McDonald / March 3, 2020

Performing microscale experiments at ultrahigh temperatures is difficult because the high heat can destroy the testing mechanisms. Researchers demonstrated a new method, which combines targeted laser heating and transmission electron microscopy, that may overcome this problem.

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New issue of Nature Materials features Nitin Padture on advanced ceramics for aerospace propulsion

By April Gocha / August 9, 2016

ACerS member and Fellow Nitin Padture penned one of three commentaries for a new aerospace-centered issue of Nature Materials. Padture’s article, “Advanced structural ceramics in aerospace propulsion,” details the vital role of advanced structural ceramics in ever-advancing vehicle propulsion systems.

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New atomic-scale observations could lead to engineering of ductile yet strong ceramics

By April Gocha / August 12, 2015

Researchers at the University of California, Los Angeles have made new observations that could help design ultrahigh temperature ceramics that overcome the materials’ biggest limitation—brittleness.

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Other materials stories that may be of interest

By April Gocha / October 15, 2014

Acoustic imaging for cracks, greener cement, DIY device printing, rediscovered ultrahigh temperature ceramics, and other materials stories that may be of interest for October 15, 2014.

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CTT readers’ top 10 posts of the year

By / December 31, 2012

What did our readers think were our top stories of the year? Rather than do an unscientific poll, we combed through our Google Analytics report and came up with the…

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Extreme testing: Mechanical testing of UHTCs at ultrahigh temperatures

By Eileen De Guire / December 11, 2012

These CT scans showing the formation of microcracks in ceramic composites under applied tensile loads at 1,750 degrees Celsius were obtained at Berkeley Lab’s Advanced Light Source using a unique…

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Other materials stories that may be of interest

By / October 30, 2012

This 3D image of a ceramic composite specimen imaged under load at 1,750°C shows the detailed fracture patterns that LBNL researchers are able to view using ALS Beamline 8.3.2. The…

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