Dataset on hydration, microstructure, mechanical performance and environmental impacts of Portland cement incorporating waste-derived ferrous sulfate. [PDF]
Mend B, Lee Y, Bang JH, Kim JJ, Chu YS.
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Concrete Waste and CDW Powders as Portland Cement Replacement in Mortar: A Preliminary Study. [PDF]
Suarez-Riera D +6 more
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Effect of Calcareous Material Particle Size via Separate Grinding on the Burnability and Microstructure Development of Portland Cement Clinker. [PDF]
Du X +7 more
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Mechanical Performance and Microstructure Evolution of High-Ferrite Portland Cement Concrete Under the Coupled Abrasion and Freeze-Thaw Cycling Conditions. [PDF]
Lv X, Dong Y, Fan Z.
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Flash Graphene-Modified Portland Cement Paste with Both High Electromagnetic and Mechanical Performances at a Low Percolation Threshold. [PDF]
Wang Z +6 more
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Portland cement concrete with addition of CAC cement for precast elements: case study. [PDF]
Rutkowska G +3 more
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Correction: Li et al. Influence of Nesquehonite on the Early-Stage Hydration of Portland Cement. <i>Materials</i> 2025, <i>18</i>, 5271. [PDF]
Li Z, Chen D, Teng T, Liu W.
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Interaction Mechanisms in «Portland Cement-Functional Polymer Mineral Additives» Binder Produced by Different Methods. [PDF]
Strokova V +6 more
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Corrosion Response of Steel to Penetration of Chlorides in DC-Treated Hardened Portland Cement Mortar. [PDF]
Kouřil M +6 more
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Utilization of Low-Grade Limestone and Solid Waste for the Preparation of High-Belite Portland Cement. [PDF]
Duan J, Zhang Y, Xia S, Geng Z, Xin W.
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