Building / Concrete Reference Laboratory / Fire Research Laboratory / /
Country
United States / / /
Facility
National Institute of Standards and Technology / Stadium Mall Drive / Dworshak Dam / / /
IndustryTerm
neat cement pastes / finer cement systems / finer cement / finer cement results / low crack cement / cement-based materials / pre-mixed cement pastes / early-age strength applications / exothermic cement hydration reactions / hydration products / less shrinking cement paste / coarser cement / chemical shrinkage / crack resistant cement / finer cement paste / construction applications / equivalent cement pastes / energy / chemical shrinkage measurements / finer cement system / cement-based material / assumed spherical cement particle diameters / coarser cement mortar / chemical compositions / cement fineness / chemical admixtures / cement hydration products / cement pastes / internal energy / separate cement plants / cement paste specimens / water-to-cement ratio / cement hydration reactions / cement / finer cement mortar / cement particles / mL/g cement / activation energy / cement paste / /
Organization
Portland Cement Association / Purdue University School of Civil Engineering / National Institute of Standards and Technology / American Society for Testing and Materials / /
Person
Dale P. Bentz / / /
Position
Property Fine cement Coarse cement CaO / Chemical Engineer / Professor and Assistant Head for Research / representative / Teaching Assistant / /
ASCE Journal of Materials in Civil Engineering, 20 (7), [removed], [removed]Early-Age Properties of Cement-Based Materials: I. Influence of Cement Fineness Dale P. Bentz 1*, Gaurav Sant1, and Jason Weiss1 Abstract The influe