2019111 · Bleeding, setting time, and viscosity tests were performed on superfine-cement suspensions with or without silica fume in different water/cement (W/C) ratios.
view more20191220 · Semantic Scholar extracted view of "Experimental study on shear property and rheological characteristic of superfine cement grouts with nano-SiO2 addition" by Wenshuai Li et al.
view more202411 · Semantic Scholar extracted view of "A polymer latex modified superfine cement grouting material for cement-stabilized macadam – Experimental and simulation study" by Shi Yan et al.
view more2016627 · This research focused on the strength characteristics of superfine cement–grouted sand with various gradations and relative densities. At first, grout properties of superfine cement suspensions ...
view moreNano-fiber mineral materials and superfine powders mineral materials are employed to incorporate into the cement-based materials. On the basis of the grain grading model of cement-based materials,cement mortars with different density—spherical grading system and nano-fiber reinforced system were designed.Properties and interfacial …
view more200561 · On the basis of the grain grading model of cement-based materials, cement mortars with different density-spherical grading system and nano-fiber reinforced system were designed. Properties and ...
view more201611 · A systematic experimental program was launched to study the effects of fine powders includ- ing limestone fines (LSF), superfine cement (SFC), and condensed silica fume (CSF) on the wet packing ...
view more202416 · fi on the surrounding rock of the roadway and inhibit the deformation and damage of the surrounding rock. KEYWORDS grout reinforcement, superfine cement, particle size proportioning, uidity ...
view more2020111 · The addition of fine fly ash to superfine cement suspensions reduced the groutability of suspensions and hence increased the grouting pressure of sand specimens.
view more2018330 · There are less researches on the effect of superfine material on the properties of CSA cement-based materials. Recent research has showed [12] that Nano-SiO 2 and Nano-TiO 2 prompted the hydration exothermic rate and improved the microstructure of CSA cement pastes.
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