IBM / Argonne National Laboratory / Visualization Group / NIST Engineering Laboratory / Concrete Testing Laboratory / /
Country
United States / Columbia / /
Facility
National Institute of Standards and Technology / Information Technology Laboratory / NIST Engineering Laboratory / /
IndustryTerm
processor / parallel algorithms / parallel computing / cement particle size distribution / cement hydration model / cement hydration simulation / cement particle scale / chemical concentrations / portland cement / cement hydration / chemical components / Chemical and structural changes / chemical reactions / cement mineralogy / chemical admixtures / virtual testing software environment / chemical processes / cement paste system / physical infrastructure / cement / cement particles / virtual interactive tool / cement hydration simulations / cement powder / cement paste / /
Organization
American Ceramic Society / Department of Energy / office of Advanced Scientific Computing Research / National Academy of Sciences / U.S. Department of Commerce Silver Medal / V / Materials and Construction Research Division of the NIST Engineering Laboratory / National Institute of Standards and Technology / US Federal Reserve / Information Technology Laboratory / National Aeronautics and Space Administration / Department of Commerce / American Ceramics Society / ACI Committees / /
Person
Edward J. Garboczi / William L. George / James Pielert / Steven G. Satterfield / Nicos S. Martys / Jeffrey W. Bullard / Van Vliet / Rheologica Acta / V / Silver Medal / Joseph Lamond / Judith E. Terrill / /
Advancing the Materials Science of Concrete with Supercomputers Adding to industry knowledge using complex and interactive simulations of rheology and hydration