...Shibing Huang; Yongqi Shen; Hao Li; Luobin Zheng; Jiahao Lou Basalt fibre ( BF ) is frequently used as a reinforcing material in concrete. In this study, to enhance mechanical interlocking at the fibre–matrix interface, BF was surface-modified using the silane coupling agent KH550 to produce...

...Shravya K R; Manjunath Ramaiah; Radhika Sridhar; Patraphorn Phornthepkasemsant; Thanongsak Imjai; Elhem Ghorbel Knowledge of the performance of concrete at elevated temperatures is crucial for structures exposed to fire or extreme heat. In this study, the impacts of basalt fibre ( BF...

... concrete ( RAC ) doped with basalt fibre ( BF ) reinforcement to enhance its early-stage crack resistance. By investigating the relationship between recycled fine aggregate ( RFA ) content and BF volume fraction, intrinsic connections among mechanical properties, drying shrinkage and the crack resistance...

...Weisheng Xu; Zongping Chen; Yuhan Liang; Shenwen Tu; Fan Ning The mechanical properties of basalt-fibre-reinforced coral aggregate seawater concrete ( BFCAC ) under triaxial compression were investigated, with the aim of addressing the challenges of high transportation costs and the scarcity...

.... The use of natural fibres in geopolymer concrete (GPC) structures was investigated in this work using a hybridisation of natural and synthetic fibre. Natural basalt fibre (BF) was used with synthetic steel fibre (SF) in various proportions in GPC and tests were conducted to evaluate the workability...

...Wen Xu; Mostafa Jalal; Linbing Wang The aim of this work was to find the optimum rheology for maximising the strength of basalt-fibre-reinforced self-compacting mortar (BFRSCM). An experiment was employed to design mixes based on the basalt fibre volume percentage (F), water/binder ratio...