Categories:

  • Energy materials and systems
  • Refractory ceramics

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High-temperature materials melting in a laboratory furnace for ceramic research and development.

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Innovation at Unifrax: A win–win proposition
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Advances in nanotechnology for refractories: When very small meets hot, heavy, and large
Molten metal being poured in a foundry with intense orange glow and sparks flying, showcasing high-temperature metalworking.

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Toward a ‘greener’ future with advanced refractories
Colorful mineral microstructure with purple, blue, and black crystalline formations, magnified to reveal fine details at 200 µm scale.

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Improved refractories = energy savings
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FIRE: A hot idea for international refractory education and research

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Research Insights

Finding real education outside the classroom

Howdy! My name is Morgan O’Neil. I am a mechanical engineering major and a member of the Texas A&M University Fightin’ Aggie class of 2015. I am also performing undergraduate research in the area of MAX phase composites. I was fortunate to get this opportunity after my professor, Miladin Radovic,…