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Materials, Vol. 11, Pages 861: Standard Reference Materials for Cement Paste: Part II-Determination of Mixing Ratios

Materials, Vol. 11, Pages 861: Standard Reference Materials for Cement Paste: Part II-Determination of Mixing Ratios

Materials doi: 10.3390/ma11050861

Authors: Dong Kyu Lee Myoung Sung Choi

A variety of special concrete structures have been designed for domestic and overseas construction markets that require highly advanced construction technology. Therefore, it is necessary to secure quantitative construction technology and develop a standard reference material (hereinafter: SRM) with consistent flow performance and quality in order to evaluate the quantitative performance of flowability. On the other hand, the flowability of concrete is influenced greatly by the flowability of the cement paste. In addition, considering the design strength and workability, the mix design was carried out at various mixing ratios, according to the purpose of the site. Therefore, based on the derived components of standard reference materials for cement paste, this paper proposes a mixing ratio for standard reference materials that can uniformly simulate the flow characteristics of cement paste, according to the water–cement ratio (W/C). The results show that yield stress was determined by the ratio of water and glycerol while plastic viscosity was controlled by the limestone content. Finally, the mixing ratio of standard reference materials that can simulate the rheological properties of cement paste by W/C was suggested.

Authors:   Lee, Dong Kyu; Choi, Myoung Sung
Journal:   Materials
Volume:   11
edition:   5
Year:   2018
Pages:   861
DOI:   10.3390/ma11050861
Publication date:   22-May-2018
Facts, background information, dossiers
  • water
  • stress
  • rheological properties
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