To reduce the carbon footprint of traditional concrete materials, natural fiber concrete is vital.
This study systematically analyzed 196 peer-reviewed papers using the literature review …

Bamboo fibers show promising results in terms of concrete strength and avoid unavoidable
brittle failure. However, an updated assessment is needed which collects all the relevant …

Fibre-reinforced polymer (FRP) laminates/sheets have been used to retrofit concrete
structures. Increased global awareness of environmental protection needs and recent …

In recent years, bamboo seems to have attracted the attention of researchers due to its
advantages over synthetic polymers including being renewable, environmentally friendly …

This paper presents the mechanical characteristics and durability of concrete reinforced with
basalt and bamboo fibres. The study involved testing specimens that were cured for varying …

Abstract Bamboo Aggregate Concrete (BAC), as a novel construction material, has garnered
attention due to its environmental sustainability. However, research on the mechanical …

Porous Asphalt (PA) is a highly permeable asphalt surface used to create and maintain
permeable pavements for storm water management and runoff reduction. Under the impacts …

Fire-induced damage is a serious threat to the structural integrity of reinforced concrete (RC)
beams, necessitating an effective retrofitting strategy to restore and improve their …

A deep concrete beam is a structural member that transfers heavy loads from the introduced
column (s) due to a change of function layout of a particular floor in the building. Due to its …

Researchers have chosen to study natural fibers instead of synthetic fibers since low-cost
and ecologically favorable materials are required. The present research concentrates on the …