Basalt and its reinforcement fibres are highly corrosion resistant, which extends life lowers production costs while improving shear flexural strength. Despite the fact that previous study has only concentrated on mechanical properties of composite fibres. A brief examination was conducted to better understand reinforced concrete constructions made from basalt their reinforcements. This examine...

As a new cement-matrix composite material, fiber-reinforced concrete performs excellently in freeze–thaw resistance, tensile and seepage resistance. Since resistivity can be used to evaluate the performance of concrete, basalt–polypropylene (BPFRC) was investigated this study. Various parameters such as fiber type, content, water–binder ratio were also analyzed. The BPFRC tested by an improved ...

The work presents the mechanical investigation of composite materials that are meant to perform under different temperature condition with application tensile loading. study is developed using reinforcement made out basalt and S-glass fiber reinforced polymer matrix (epoxy resin) by hand layup technique compositions changing layer sequence starting pure form hybrid once (fiber architecture). te...

The basalt-fiber-reinforced copper-matrix composites were fabricated using spark plasma sintering. effect of basalt fiber content on the mechanical and tribological properties was investigated. results show that relative density decreased, hardness increased tensile strength first then decreased with increase in content. optimal 276 MPa obtained when 1.5 wt.%. friction coefficient wear volume a...

The preparation of fiber-reinforced phosphorus building gypsum composite materials (FRPGCs) is an important approach to enlarge the utilization phosphogypsum resources. Through reinforcing (PBG) with basalt fiber (BF), this article probes into effects length and content BF on working performance mechanical properties basalt-fiber-reinforced (BRPGCs) accesses toughness BRPGCs under bending loads...

Basalt fiber and cement-based materials have been widely applied in engineering structures. In this context, the durability of basalt-fiber-reinforced ordinary silicate mortar was systematically studied under exposure to unilateral salt freezing. The mechanical durability, chloride ion diffusion characteristics, microscopic pore characteristics cement with basalt content levels range 0 kg/m 3 –...

Basalt fiber is an eco-friendly and a promising material for the strengthening of reinforced concrete (RC) structures due to its various advantages such as low cost, better resistance chemical attack, good thermal characteristics higher tensile strength than E-glass fiber. However, only few experimental investigations have been reported in literature on RC beams with basalt polymer (BFRP) compo...