Advances in Materials Science and Engineering / 2017 / Article / Tab 4 / Research Article
Experimental Investigation and Prediction of Compressive Strength of Ultra-High Performance Concrete Containing Supplementary Cementitious Materials Table 4 Details of data and their sources.
Source [21 ] [22 ] [23 ] [24 ] [25 ] [26 ] [27 ] [28 ] [15 ] [5 ] This work No. 4 2 3 27 3 6 16 3 1 9 4 C (kg/m3 )376–940 401–729 582–600 467–993 450–810 745–778 488–708 960 413 638–1063 480–875 S (kg/m3 )936–1180 1230 1040–70 952–1230 616–797 583–1166 368–496 960 790 552–1184 1273 CA (kg/m3 ) 0 0 0 0 923–1195 0–583 595–920 0 968 0 0 W (kg/m3 )125 200 148–173 126–331 90–162 167–181 140–165 203–256 155 153–229 202 FA (kg/m3 ) 188–564 0–328 260–268 0–369 0 181–189 0 0 118 0 263 SF (kg/m3 ) 282 124 25 0–80 50–90 186–194 29–208 240 59 159–265 44–176 SP (kg/m3 ) 55 30 12.9–13.5 15–34 18 27–28 11–34 24 8 45–74 6.9–17.3 W /C eq 0.08–0.11 0.20–0.26 0.20–0.24 0.13–0.39 0.16 0.14–0.15 0.14–0.26 0.14–0.18 0.27 0.14–0.16 0.21–0.25 (S + CA)/C eq 0.78–0.80 1.26–1.58 1.41–1.42 1.04–1.48 1.55–3.62 0.94–0.98 1.20–1.81 0.67 3.04 0.37–1.11 1.32–1.58 S /(S + CA)1.00 1.00 1.00 1.00 0.40 0.50–1.00 0.35–0.39 1.00 0.45 1.00 1.00 D max –D min (mm)1.60 0.50 1.56 1.10 19 1.1–9.4 18 0.1 16 1.18 1.56 f cu (MPa)150–184 124–166 92–102 85–130 130–138 155–185 86–123 135–150 118 139–165 109–114
No. = number of collected specimens, C = cement, S = sand, CA = coarse aggregate, W = water, FA = fly ash, SF = silica fume, SP = superplasticiser, W /C eq = water to C eq ratio, D max = maximum aggregate size, D min = minimum aggregate size, and f cu = compressive strength at 28 days.