The application of waste fibres in ultra-high performance concrete (UHPC) would reduce the
total material cost of UHPC, but it is still unclear whether industrial fibres can be replaced by …

Recycling waste materials into valuable products has become commonplace in everyday
life, particularly in the construction sector. This study investigates the utilization of recycled …

Abstract Fiber-Reinforced Geopolymer Composites (FRGCs) typically use mono-fiber
reinforcement, often overlooking the potential benefits of hybrid fibers. This article examines …

This paper investigates the extended performance and constitutive modeling of waste tire
steel fiber reinforced concrete (WFRC), making notable contributions to civil engineering …

This paper investigates the dynamic splitting resistance of ultra-high performance concrete
(UHPC) incorporating recycled steel (RS) and polyethene (PP) fibres at various …

Purpose The initiative for sustainability in the construction industry has led to the innovative
utilization of automobile tire waste, transforming it into value-added products, toward …

Developing low-carbon and green self-compacting concrete (SCC) is essential for
advancing sustainable building materials. In this study, recycled steel fibers (RSFs) and …

The significance of finding industrial waste solutions in the construction industry plays a
crucial role in the quest for environmental conservation. To reduce the carbon footprint, this …

Waste-tire textile fibers (WTTF) represent a challenge for the recycling industry since there
are currently very few alternatives for their use. In this study, an evaluation of the effect of a …

This research was conducted to analyse the possibility of using raw, untreated recycled tyre
fibres as an effective concrete reinforcement according to circular economy principles. The …