Tag: materials science
Research stories worth revisiting
In 2025, S&T researchers explored questions that stretch from the smallest atomic interactions to the vastness of space, from the chemistry of everyday spices to the future of artificial intelligence, health care and sustainable manufacturing.
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Missouri S&T commencement speakers announced
Approximately 700 Missouri S&T students will be awarded degrees during three upcoming commencement ceremonies Friday, Dec. 19, and Saturday, Dec. 20. Dr. Steven Jung, chief commercial officer of Mo-Sci Corporation, will speak at the Dec. 19 ceremony for Ph.D. and master’s degree graduates. Dr. Gregory M. Polites, executive vice dean and interim head of biomedical and translational sciences for the Carle Illinois College of Medicine, will speak at both Dec. 20 ceremonies for bachelor’s degree candidates.
Read More »Missouri S&T materials science student joins ASM International board
A Ph.D. student studying materials science and engineering at Missouri S&T was recently appointed as a student member of ASM International’s board of trustees.
“My interest in serving on this board began after attending some of ASM International’s excellent conferences and events,” says Kingsley Amatanweze, of Mgbowo, Nigeria. “It is an honor to be selected, and I look forward to being a voice for my fellow students and colleagues in the materials science field.”
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S&T researchers are one step closer to 3D-printing human organs
It may still be decades before human organs can be successfully printed with 3D technology and transplanted, but Missouri S&T researchers are visionaries in the technology that will one day make this a reality.
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Steelmaking research saves energy, reduces costs with fiber optics
About 70% of steel production in the United States uses the electric arc furnace (EAF) process to melt scrap and virgin iron to create steel in a much more energy-efficient process than smelting from ore. But EAF steelmaking efficiency is dependent on many factors, and researchers at Missouri University of Science and Technology are working to save energy and costs related to EAF steel production by using fiber optic sensors.
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S&T researchers in the mix to develop new super-hard materials to stir steel
Three researchers from Missouri S&T are part of a nationwide collaboration to synthesize inexpensive materials hard enough to literally stir two pieces of steel together and create some of the hardest materials ever produced. With funding from a five-year, $7.5 million grant through the U.S. Department of Defense’s Multidisciplinary University Research Initiative (MURI) competition, the […]
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$20 million grant funds effort to develop ultra-high strength and lightweight steels for U.S. Army
As the U.S. Army modernizes weapons systems and combat vehicles, researchers at Missouri S&T are developing lightweight and ultra-high-strength steels for next-generation combat vehicles that improve blast resistance and lower transportation costs.
Read More »Missouri S&T wins grant for high-resolution 4-D X-ray CT scanner
By this time next year, researchers at Missouri University of Science and Technology who study the properties of various types of materials will have a highly sophisticated scanning tool available to help them, thanks to a grant of nearly $1 million from the National Science Foundation. The $918,397 NSF grant will help fund the purchase […]
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Researchers awarded $2.2 million grant to develop sensors for steelmaking
Steelmaking involves the handling of corrosive metal and oxide fluids at extremely high temperatures – about 1,600 degrees Celsius, which is several hundred degrees hotter than fresh lava from Mount Kilauea in Hawaii. Measuring the temperature, chemistry and fluid flow of molten steel under these conditions in real time is important to enable rapid responses to the changes in the steel during its production, according to researchers. The U.S. Department of Energy has awarded Missouri S&T part of a $2.2 million grant to develop new, more efficient ways to measure temperature, flow and chemistry during steelmaking to cut costs and improve worker safety.
Read More »Biomaterials expert Convertine joins Missouri S&T
Dr. Anthony J. Convertine, a biomedical engineer whose research seeks to tap polymer science to unlock the next steps in advancing drug delivery systems, has been named a Roberta and G. Robert Couch Assistant Professor of Materials Science and Engineering at Missouri S&T. Convertine joins S&T from the University of Washington, where he rose to the position of research associate professor of bioengineering after starting there as a senior postdoctoral fellow in 2006.
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