Author:
Avet François,Li Xuerun,Ben Haha Mohsen,Bernal Susan A.,Bishnoi Shashank,Cizer Özlem,Cyr Martin,Dolenec Sabina,Durdzinski Pawel,Haufe Johannes,Hooton Doug,Juenger Maria C. G.,Kamali-Bernard Siham,Londono-Zuluaga Diana,Marsh Alastair T. M.,Marroccoli Milena,Mrak Marusa,Parashar Anuj,Patapy Cédric,Pedersen Malene,Provis John L.,Sabio Serge,Schulze Simone,Snellings Ruben,Telesca Antonio,Thomas Michael,Vargas Felipe,Vollpracht Anya,Walkley Brant,Winnefeld Frank,Ye Guang,Zhang Shizhe,Scrivener Karen
Abstract
AbstractThe results of phase 1 of an interlaboratory test, coordinated by the RILEM TC 267-TRM “Tests for Reactivity of Supplementary Cementitious Materials” showed that the R3 (rapid, relevant, reliable) test method, by measurement of heat release or bound water, provided the most reliable and relevant determination of the chemical reactivity of supplementary cementitious materials (SCMs), compared to other test methods. The phase 2 work, described in this paper aimed to improve the robustness of the test procedure and to develop precision statements for the consolidated test procedure. The effect of the pre-mixing and mixing conditions, and the impact of the mix design on the test method robustness were assessed and fixed for optimal conditions to carry out the R3 heat release test. The effect of the drying step was evaluated to define the R3 bound water test procedure in more detail. Finally, the robustness of the consolidated final test methods was determined by an interlaboratory study to define the precision statements.
Funder
Slovenian Research Agency
Engineering and Physical Science Research (EPSRC) Council
EPFL Lausanne
Publisher
Springer Science and Business Media LLC
Subject
Mechanics of Materials,General Materials Science,Building and Construction,Civil and Structural Engineering
Cited by
46 articles.
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