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...

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 –...

This article presents the issues related to using by-products and waste materials in constructionand mining industry. The current applications of selected various areas are presented, with particularfocus on cases construction industries, where waste-based composites sealed hydraulic binders used build new structural elements or just as fills backfills. In next part revivew, methodology results...

In the technological world, retrofitting of damaged structures has been emerged as an essential need and a common technique. For indent retrofitting, fiber reinforced polymer composites are used. Due to its beneficial properties, they used in massive work fields. Fiber polymers holds high strength weight ratio. area civil engineering, FRP habituated strengthen existing RC structures. extended e...

Light-transmitting concrete prepared by the combination of light-transmitting materials and matrix is a new building material with functions energy saving consumption reduction. In this paper, current research status scholars in field at home abroad integrated explored, so as to carry out analysis interfacial bonding performance between concrete. This paper selects acrylic material, silicate ce...

Abstract This paper primarily examines the flowability, physical appearance, mass loss, residual compressive strength (RCS), and flexural (RFS) properties of steel (ST) basalt (BA) fiber‐added sustainable ultra‐high performance geopolymer cement (UHPGPC) mortars exposed to high‐temperature effects. According results obtained, ST BA fibers adversely influence workability UHPGPC thus significantl...

The construction and demolition waste can be used as an alternative with a lower environmental impact compared to the use of natural aggregates in concrete mortar manufacture. In this work, it has been performed analysis lime cement properties made ceramic recycled reinforced three types fibers: glass, basalt carbon. An experimental campaign carried out which includes chemical physical characte...

Abstract Fiber reinforced concrete (FRC) is being widely used as the structural material owing to its superior engineering properties. From past, it was understood that Reinforced Concrete had been proved be well performing over time under different practical situations. Fibers enhance mechanical properties of and in turn change structbehaviouravior. It observed high strength fibers are availab...