Publ 2022

geopolymer metakaolin fly ash freezing-thawing high temperature high-temperature ggbs concrete abrasion resistance colemanite freeze-thaw steel fiber polypropylene fiber silica fume compressive strength basalt fiber hydrochloric acid hydrosulfuric acid synthetic fibers strength durability red mud polypropylene fibers colemanite waste marble waste powder basalt waste powder lime waste powder alkali activated materials waste concrete aggregate sandstone silica sand basalt sand polyolefin and polyamide fibers waste foundry sand crushed limestone sifcon ultrasonic pulse velocity recycled concrete aggregate polyvinyl alcohol fiber mechanical in this study flowable slurry precast concrete foundry sand fly ash based geopolymer boron recycled aggregate powder waste marble powder basalt powder metakaolin-based metakaolin-based geopolymer drying shrinkage fibers alkali-activated concrete toughness fracture bottom ash boron waste cement mechanical properties polyamide fiber geopolymer concrete expansión pozzolan zeolite wetting-drying thermal behavior fillers binder topsis recycled aggregate shrinkage sulfate resistance high-performance concrete curing recycled waste concrete elf-consolidating concrete bleeding admixture