Springer Verlag / New York / Tokyo / Washington / D.C. / Berlin / Portland / West Sussex / Cambridge / Calcium Hydroxide / Saint Quentin Fallavier / London / /
Company
Portland Cement Paste Systems / John Wiley and Sons Ltd / Media LLC / nCH / Elsevier Science Ltd / Lafarge / /
Country
France / Japan / United States / Canada / United Kingdom / /
Event
Product Issues / /
Facility
Lafarge Centre / /
IndustryTerm
cement compositions / cement paste leads / cement grains / near-contact points separating cement grains / low w/c cement paste / hydrated cement paste specimen / inner product / transient supersaturated solution / cement paste sample / cement grain / surface energy / steel support / outer product / chemical nature / low w/c ratio cement paste / normalized local strain energy density / fresh cement paste / energy / hydrated cement paste / crystal chemical level / water/cement / chemical phase intermediate / local strain energy density / low water/cement ratio / chemical phase / cement pastes / gas constant / liquid pore solution / individual chemical phases / energy bounds / cement grains grain / cement / dry cement pack / cement particles / insufficient energy / chemical information / cement paste / /
NaturalFeature
MT fCH / /
Organization
U.S. Department of Commerce / MIT / American Ceramic Society / Lafarge Centre / Universite´ Laval / Department of Civil and Environmental Engineering / National Bureau of Standards / /
Person
J. Van Vliet / Luca Sorelli / Franz-Josef Ulm / Nat / Luc Dormieux / Gilles Chanvillardz / Voigt / Ray Microanalyses / Ray Microanalysis / Julien Sanahuja / Chen et al. Appendix / X. Tasteti / V / Matthieu Vandamme / Thomas Telford / Gilles Chanvillard / /
Position
Double-scale micromechanics model / contributing editor / General / Author / CaO / representative / /
Journal J. Am. Ceram. Soc., [removed]–[removed]DOI: [removed]j[removed]03599.x r 2010 Lafarge Centre de Recherche Journal compilation r 2010 The American Ceramic Society