Integrating class-C and class-F fly ash (FA) as supplementary cementitious materials
(SCMs) in concrete offers a promising pathway for sustainable construction practices. This …

In previous literature, multi-criteria decision-making (MCDM) methods and life cycle
assessment (LCA) methods, integrating different properties, have been applied to …

This study investigates the combined effect of internal curing and pozzolanic activity in
mortar through the incorporation of clay-burnt brick fines (CBBF) as a partial substitute for …

This study examines the potential use of wash fines, a waste product from concrete plant
cleaning, as supplementary cementing materials (SCMs) in mortars. The main objective is to …

This study offers an idea of investigating the temperature and humidity effect on salt
crystallization in burned clay brick when it is subjected to a saline environment. It has been …

To enhance the engineering application range of fly ash-cement-based materials (FCM), the
combined effects of hardening accelerator on FCM were investigated by using response …

This study examines concrete polishing waste (CFPW) potential as a partial cement
substitute in mortar formulation. Concrete polishing waste, a by-product of the grinding and …

The generation of waste from the demolition of old structures poses a significant
environmental challenge. Recycling these materials as aggregates in concrete offers a …

To prevent early bridge failures, effective Structural Health Monitoring (SHM) is vital.
Vibration-based damage assessment is a powerful tool in this regard, as it relies on changes …

The study aims to understand the effect of different admixtures on improving the quality of
flexible pavement subgrades. In this paper, recycled concrete aggregates (RCA) and Fly …