Doing business during the COVID-19 pandemic is a constantly evolving challenge. Companies involved in the advanced ceramics supply chain are taking several steps to ensure continuity during this time.
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Artificial intelligence techniques hasten the process of identifying new ceramic and glass compositions, but current synthesis methods limit how quickly new compositions can be experimentally tested. University of Maryland researchers and colleagues developed a new ultrafast high-temperature sintering method that could greatly speed up ceramic synthesis.
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In response to COVID-19, many companies and individual researchers are turning to additive manufacturing to quickly produce essential medical devices. An EU-funded project is using ceramic 3D printing to create devices used in vaccine purification processes.
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It is one thing to develop a new material or process—but improving existing materials and processes is also important in making better products. Two papers in the May-June issue of International Journal of Applied Ceramic Technology focus on improving effectivity of existing processes.
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Now, more than ever, it is critical for scientists, engineers, manufacturers, and other experts to contribute their knowledge, skills, and time to help advance our understanding of the coronavirus as well as devise strategies to mitigate the pandemic’s effects. Not sure where to start? We’ve got a list of ideas.
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Recycling is currently a materials dead end—but what does that mean for other container materials? Glass could capitalize on the void left by discarded single-use plastics.
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The novel coronavirus sweeping the globe is significantly affecting all aspects of society. The global ceramic and glass communities experience the effects in numerous ways, but for ceramic tile makers in India, the coronavirus presents a chance for them to enter markets previously dominated by China.
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The March 2020 issue of the ACerS Bulletin—featuring discrete element modeling of refractory materials—is now available online. Plus—new ACerS Division and ACerS-ECerS MOU
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Faster than a speeding bullet: A review on fiber reinforced UHTCMCs for hypersonic aircraft and more
Ultra-high temperature ceramic matrix composites could be used on some of the hottest portions of hypersonic aircraft if their brittleness is reduced. Research on using fibers to reinforce these materials increased greatly in the past decade, and a recent review article in an ACerS journal discusses the progress and challenges in this field.
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To improve ceramic devices, one factor ceramists and ceramic engineers consider is the strength of ceramic bonds. Two recent papers published in an ACerS journal explore ways to improve ceramic bonds in different applications.
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