This paper presents a comprehensive review of current trends and opportunities for
sustainable concrete construction, emphasizing the importance of adopting eco-friendly …

Concrete significantly impacts the atmosphere as its primary raw material, Portland cement,
determines a considerable proportion of carbon dioxide in its production process. Improving …

Geopolymer, a novel binder material, possesses the potential to replace conventional
cement completely. Recent studies have investigated the incorporation of various …

Because of the recent progress in materials properties, specifically high-strength concrete,
further research is needed to evaluate its suitability, understanding, and performance in the …

Reprocessing solid waste materials is a low-cost method of preserving the environment,
conserving natural resources, and reducing raw material consumption. Developing ultra …

Developing ultra-high fiber-reinforced concrete (UHPFRC) demands an immense quantity of
ordinary Portland cement (OPC). Using a high percentage of cement in UHPFRC leads to …

In this study, we developed nature-inspired multi-functional polymeric fibers (called
BioFiber) to deliver bio-self-healing agents into cementitious materials. BioFibers were …

The self-healing (SH) of cracks in concrete using bacteria without the need for manual
involvement is a viable answer to the problem of long-term concrete sustainability. When …

Recycled aggregate (RA) made from waste concrete is an environmentally friendly
alternative to natural aggregate (NA) for concrete manufacturing. However, compared to NA …

The investigation of durable and sustainable construction materials has encouraged
significant advancements in concrete technology, one such notable innovation is integration …