Abstract Ultra-High-Performance Concrete (UHPC) represents an exceptionally durable
construction material distinguished by its notable strength, ductility, and durability. Previous …

During the process of cutting andesite stones, the waste mud is kept in powder form once
fully dried. It is difficult to store the waste that is produced as a consequence of the extensive …

This investigation delves into the mechanical characteristics of Basalt Fiber Reinforced
Concrete (BFRC), with a specific focus on compressive, flexural, and splitting tensile …

The sustainability of structural components requires recycled aggregate concrete (RC) to
achieve adequate flexural and split tensile strengths for practical use. These strengths …

The present research used detailed experimental data to examine the structural behavior of
concrete beams incorporating recycled fine aggregates, both treated and untreated. This …

In recent years, sustainable construction materials have gained significant attention, with
Self-Compacting Cementitious Mixes (SCCM) emerging as a promising alternative due to its …

Limited investigations have evaluated the potential of using layered sections of normal-
weight and lightweight concrete (NWC and LWC) mixtures in structural beams and slabs …

The elbows play a critical role in industrial and power plant systems. To ensure operational
safety, extensive research has been conducted on the fatigue behaviour of pipe bends. This …

Ultra-high performance engineered cementitious composite (UHP-ECC), which is a new and
ductile version of concrete, has attracted researchers recently due to its exceptional …

To repair reinforced concrete beams efficiently in a limited building space, the four-sided
application of a reinforcing thin layer of reactive powder concrete (“RPCTL”) was proposed …