JEFFREY D. SMITH, PhD, is an Associate Professor of Ceramic Engineering, Department of Materials Science and Engineering at the Missouri University of Science and Technology in Rolla. Dr. Smith is a Fellow of The American Ceramic Society and his current research interests include high temperature materials, condensed and non-condensed phase equilibria, high temperature corrosion processes, and characterization of ceramics.

• Steelmaking Refractories.Secondary Metallurgy.Carbon Containing.Steel Ladles.Operations.Continuous Casting.Blast Furnaces & Coke Ovens.Castable Technology.Installed Properties.Installation Essentials.Carbon Containing.Curing & Dewatering. Molten Liquid Interactions. Robert E. Moore Memorial Symposium. In Situ and Ex Situ Characterization. Worldwide Raw Materials. Ultra High Temperataure Ceramics. Environmental Sustainability. Refractories for Primary Aluminum. Foundry Applications. Glass Production. New Development and Test Methods. Hydrocarbon Processing. Fracture of Refractories.

JEFFREY D. SMITH, PhD, is an Associate Professor of Ceramic Engineering, Department of Materials Science and Engineering at the Missouri University of Science and Technology in Rolla. Dr. Smith is a Fellow of The American Ceramic Society and his current research interests include high temperature materials, condensed and non-condensed phase equilibria, high temperature corrosion processes, and characterization of ceramics.

• Steelmaking Refractories.Secondary Metallurgy.Carbon Containing.Steel Ladles.Operations.Continuous Casting.Blast Furnaces & Coke Ovens.Castable Technology.Installed Properties.Installation Essentials.Carbon Containing.Curing & Dewatering. Molten Liquid Interactions. Robert E. Moore Memorial Symposium. In Situ and Ex Situ Characterization. Worldwide Raw Materials. Ultra High Temperataure Ceramics. Environmental Sustainability. Refractories for Primary Aluminum. Foundry Applications. Glass Production. New Development and Test Methods. Hydrocarbon Processing. Fracture of Refractories.

JEFFREY D. SMITH, PhD, is an Associate Professor of Ceramic Engineering, Department of Materials Science and Engineering at the Missouri University of Science and Technology in Rolla. Dr. Smith is a Fellow of The American Ceramic Society and his current research interests include high temperature materials, condensed and non-condensed phase equilibria, high temperature corrosion processes, and characterization of ceramics.

• Steelmaking Refractories.Secondary Metallurgy.Carbon Containing.Steel Ladles.Operations.Continuous Casting.Blast Furnaces & Coke Ovens.Castable Technology.Installed Properties.Installation Essentials.Carbon Containing.Curing & Dewatering. Molten Liquid Interactions. Robert E. Moore Memorial Symposium. In Situ and Ex Situ Characterization. Worldwide Raw Materials. Ultra High Temperataure Ceramics. Environmental Sustainability. Refractories for Primary Aluminum. Foundry Applications. Glass Production. New Development and Test Methods. Hydrocarbon Processing. Fracture of Refractories.