Cambridge University Press / Reno NV / Hydrated Cement Systems / Nonreactive Porous Systems / Concentrated Alkaline Cementitious Pore Solutions / Concrete Testing Laboratory / /
Country
United States / United Kingdom / / /
Event
Product Issues / Man-Made Disaster / /
Facility
Fire Research Laboratory National Institute of Standards and Technology Gaithersburg / K.A. Snyder Building / National Institute of Standards and Technology / Building Materials Division / /
IndustryTerm
chemical conditions / engineered barrier systems / cement chemistry / wc ratio systems / chemical properties / physical and chemical condition / cement paste pore solution / steel reinforcement / cement paste hydration / water-to-cement mass ratio wc / water-to-cement ratio / cement-based composites / pore solution / chemical assessment / cement / cement production / /
Organization
National Institute of Standards and Technology / Cambridge University / Nuclear Regulatory Commission / Building Materials Division / American Ceramic Society / Institute of Standards and Technology Gaithersburg / Systems Analysis and Regulatory Effectiveness office of Nuclear Regulatory Research / Society for Industrial and Applied Mathematics / Westerville / / /
Position
microstructural model for hydrated cement paste.8 The relationship / /
Concrete Degradation Modeling in the Evaluation of Entombment as a Decommission Option by K.A. Snyder Building and Fire Research Laboratory