In recent years, an emerging technology termed,“High-Performance Fiber-Reinforced
Concrete (HPFRC)” has become popular in the construction industry. The materials used in …

The higher brittleness and lower mechanical properties of lightweight aggregate concrete
(LWAC) compared to normal weight concrete (NWC) at the same compressive strength has …

The influence of waste glass aggregate (WGA) with fly ash in certain proportions was
studied by different amounts of molarity and WGA proportion on geopolymer concrete …

Abstract Machine learning (ML)-based prediction of non-linear composition-strength
relationship in concretes requires a large, complete, and consistent dataset. However, the …

In this study, the effect of different fiber-reinforcements was investigated on the mechanical
properties of normal strength and high strength concrete. Then using the mechanical …

Plain cement concrete has inferior performance in tension and a very high carbon footprint.
These issues can be minimized by simultaneous incorporation of fibers and recycled …

As part of the research effort to develop cementless alkali-activated concrete using 100% fly
ash as a binder, this paper aims to examine the effects of chemical changes of alkaline …

Most of the past studies related to recycled concrete aggregates (RCA) dealt with only
coarse RCA (CRCA), while there were many hesitations regarding incorporation of fine RCA …

The split tensile strength of basalt fiber-reinforced coral aggregate concrete (BFRCAC-SS) is
a critical parameter in structural design because it directly affects the load-bearing capacity …

Conventional plain concrete (PC) leads to large design thickness when used in applications
where high flexural strength is required. Therefore, to minimize the consumption of natural …