Evanston / Moscow / Chichester / Paris / portland / Support / Cambridge / London / /
Company
Hertz / J Wiley & Sons / Macmillan / Ó 2009 Elsevier Ltd. / /
Country
Cyprus / France / United States / Portugal / United Kingdom / /
Currency
pence / / /
Facility
Northwestern University / Cyprus University of Technology / University of Minho / North Carolina State University / /
IndustryTerm
cement-based materials / inner product / plastic biphasic systems / geophysical applications / homogeneous chemical compositional distribution / real hardened cement pastes / hydration products / chemical experimental data / twodimensional tool / hardened cement paste / normalized local strain energy density / strain energy gra / similar algorithm / inner and outer product / cement paste materials / contact solution / chemical composition / portland cement paste / low water/cement ratio / strain energy / eld solutions / cement pastes / strain energy density / tion products / real cement paste material / cement / hardened cement paste materials / chemical composition distribution / hardened cement pastes / cement paste nanoindentation / cement hydrates / cement paste microstructure / cement paste / /
Organization
Northwestern University / Massachusetts Institute of Technology / Cyprus University of Technology / North Carolina State University / Raleigh / American Society for Metals / University of Minho / /
Person
J. Van Vliet / Franz-Josef Ulm / Georgios Constantinides / James Vanzo / Christopher P. Bobko / Van Vliet / Michelle Bentivegna / Konrad J. Krakowiak / Nano / Matthieu Vandamme / /
Cement & Concrete Composites[removed]–99 Contents lists available at ScienceDirect Cement & Concrete Composites journal homepage: www.elsevier.com/locate/cemconcomp