Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384432033> ?p ?o ?g. }
- W4384432033 endingPage "107280" @default.
- W4384432033 startingPage "107280" @default.
- W4384432033 abstract "In recent years, a great deal of importance has been attached to production based on the UN's sustainable development goals in the construction sector. Environmental solutions are sought for sustainable cities and communities during the concrete design and production stages. For this purpose, the properties of low-cement composites are frequently investigated. In this study, polypropylene (PP) fiber reinforced concrete with 10 or 20 kg/m3 PP fibers and a cement content of 200 kg/m3 was produced. In addition to cement, 800 kg/m3 slag or fly ash (FA) was used in the blends. Fresh, physico-mechanical, durability, microstructure, environmental and financial properties of the blends were investigated comparatively. Addition of PP fiber reduced the fluidity of the blends. Oven-dry densities of the blends are lower than 2000 kg/m3 91-day compression strength of slag-blended blends varies between 27.8 and 44.8 MPa, and the blends with FA addition vary between 23.4 and 30 MPa. While the 91-day splitting-tensile strength of the slag blends exceeded 3.0 MPa, the blends with FA remained below 2.0 MPa. Capillary water absorption values of the blends vary between 0.36 and 1.23 kg/m2. Addition of PP fiber increased the resistance of the blends against deteriorations such as freeze-thaw, sulfate and wear. In SEM images, fiber stripping was observed in blends with FA. By using slag and FA, the carbon emissions and embodied energy of the blends were reduced 4 times than the reference blend. In addition, the cost of the blends varies between 15.2 and 153.5 USD/m3. The addition of PP fiber had a negative effect on the sustainability and financial properties of the composites. As a result of minimization, it was determined that the combined use of slag and FA was more appropriate. It has been determined that the blends obtained can be used in structural applications and mass concretes." @default.
- W4384432033 created "2023-07-16" @default.
- W4384432033 creator A5010119885 @default.
- W4384432033 creator A5029652136 @default.
- W4384432033 creator A5029774679 @default.
- W4384432033 creator A5063410216 @default.
- W4384432033 creator A5089054600 @default.
- W4384432033 creator A5092476625 @default.
- W4384432033 date "2023-10-01" @default.
- W4384432033 modified "2023-10-18" @default.
- W4384432033 title "Improving the eco-efficiency of fiber reinforced composite by ultra-low cement content/high FA-GBFS addition for structural applications: Minimization of cost, CO2 emissions and embodied energy" @default.
- W4384432033 cites W1873830667 @default.
- W4384432033 cites W1964721712 @default.
- W4384432033 cites W1975561679 @default.
- W4384432033 cites W1984788589 @default.
- W4384432033 cites W1985683654 @default.
- W4384432033 cites W2007356980 @default.
- W4384432033 cites W2011389474 @default.
- W4384432033 cites W2040241743 @default.
- W4384432033 cites W2051677540 @default.
- W4384432033 cites W2052960257 @default.
- W4384432033 cites W2055025179 @default.
- W4384432033 cites W2057085820 @default.
- W4384432033 cites W2057954153 @default.
- W4384432033 cites W2083452695 @default.
- W4384432033 cites W2089035135 @default.
- W4384432033 cites W2094606823 @default.
- W4384432033 cites W2116275705 @default.
- W4384432033 cites W2215913990 @default.
- W4384432033 cites W2221387818 @default.
- W4384432033 cites W2283351558 @default.
- W4384432033 cites W2309120034 @default.
- W4384432033 cites W2337106631 @default.
- W4384432033 cites W2344192033 @default.
- W4384432033 cites W2368639154 @default.
- W4384432033 cites W2511875820 @default.
- W4384432033 cites W2559968955 @default.
- W4384432033 cites W2604689124 @default.
- W4384432033 cites W2759759944 @default.
- W4384432033 cites W2789742523 @default.
- W4384432033 cites W2793175918 @default.
- W4384432033 cites W2887839477 @default.
- W4384432033 cites W2889997342 @default.
- W4384432033 cites W2909557891 @default.
- W4384432033 cites W2917957558 @default.
- W4384432033 cites W2921981558 @default.
- W4384432033 cites W2934540962 @default.
- W4384432033 cites W2940463333 @default.
- W4384432033 cites W2965299984 @default.
- W4384432033 cites W2965809448 @default.
- W4384432033 cites W2990195657 @default.
- W4384432033 cites W2990570183 @default.
- W4384432033 cites W2996255907 @default.
- W4384432033 cites W3000703397 @default.
- W4384432033 cites W3014169229 @default.
- W4384432033 cites W3015355478 @default.
- W4384432033 cites W3017044718 @default.
- W4384432033 cites W3024598516 @default.
- W4384432033 cites W3026333547 @default.
- W4384432033 cites W3033036347 @default.
- W4384432033 cites W3048844252 @default.
- W4384432033 cites W3080350667 @default.
- W4384432033 cites W3080860472 @default.
- W4384432033 cites W3082336022 @default.
- W4384432033 cites W3091659210 @default.
- W4384432033 cites W3094768302 @default.
- W4384432033 cites W3111776343 @default.
- W4384432033 cites W3125626386 @default.
- W4384432033 cites W3128463419 @default.
- W4384432033 cites W3130489587 @default.
- W4384432033 cites W3142016364 @default.
- W4384432033 cites W3147557494 @default.
- W4384432033 cites W3156514858 @default.
- W4384432033 cites W3161326840 @default.
- W4384432033 cites W3200945331 @default.
- W4384432033 cites W3211449898 @default.
- W4384432033 cites W3215226313 @default.
- W4384432033 cites W3216433716 @default.
- W4384432033 cites W4200399171 @default.
- W4384432033 cites W4206268151 @default.
- W4384432033 cites W4280505486 @default.
- W4384432033 cites W4280517951 @default.
- W4384432033 cites W4280608293 @default.
- W4384432033 cites W4281293942 @default.
- W4384432033 cites W4281670515 @default.
- W4384432033 cites W4288096036 @default.
- W4384432033 cites W4293258568 @default.
- W4384432033 cites W4307900878 @default.
- W4384432033 cites W4310036677 @default.
- W4384432033 cites W4318618177 @default.
- W4384432033 cites W48278325 @default.
- W4384432033 doi "https://doi.org/10.1016/j.jobe.2023.107280" @default.
- W4384432033 hasPublicationYear "2023" @default.
- W4384432033 type Work @default.
- W4384432033 citedByCount "0" @default.
- W4384432033 crossrefType "journal-article" @default.
- W4384432033 hasAuthorship W4384432033A5010119885 @default.
- W4384432033 hasAuthorship W4384432033A5029652136 @default.