Cement industries that produce the primary component of concrete remain one of the main
challenges to the world since they change the climate and possess a negative impact on …

Because of their brittleness, traditional Portland cement-based composites are inherently
weaker under tensile loads. This issue becomes worse in geopolymer (GPL) composites by …

This study develops a slip-hardening straight steel fiber in ultra-high-performance concrete
(UHPC). For this, a surface treatment using sandpaper with various grits was adopted in …

Interest in geopolymers (GP) has been continuously increasing due to their comparable-to-
concrete mechanical properties and enhanced durability characteristics. Despite their …

Geopolymer composites are eco-friendly with lower carbon footprint than cementitious
composites. In this paper, practical eco-friendly ductile geopolymer composites (EDGCs) …

In this study, the effects of fly ash/silica fume (F/S) ratio and curing conditions on mechanical
performance of fly ash based plain and steel fiber reinforced geopolymer (SFRG) was …

Abstract Fiber-reinforced concrete (FRC), its behavior, and the effects of cyclic loading on its
internal microstructure are studied in this paper. Particular attention is given to the evolution …

The interfacial bond behavior of corroded fibers in cracked steel fiber reinforced concrete
(SFRC) is critical for understanding its structural deterioration performance, while available …

This paper investigates the single fibre pull-out performance of superelastic shape memory
alloy fibres (SMAFs) embedded in a highly flowable cementitious matrix suitable for …

This study investigated the effects of various chemical treatments on the pullout behavior of
steel fibers in ultra-high-performance concrete (UHPC). Various methods used in previous …