Cement asphalt emulsion mixture (CAEM) is an environmentally sustainable substitute for
hot mix asphalt and can trigger a substantial economic benefit. This paper systematically …

The brittleness of concretes can be reduced by adding fibers. For decades, elastic fibers
such as glass fiber were used in concretes, making them stronger; nowadays, significant …

This study provides the results of an experiment on the possibility of using high-volume
ground granulated blast furnace slag (HVGGBFS)-based concrete as mass concrete. In …

In this study, the synergistic utilization of steel slag (SS), ground granulated blast furnace
slag (GGBS), and fly ash (FA) was investigated to optimize the mechanical properties of high …

To overcome the slow development of mechanical strengths of sulphoaluminate cement
(CSA) in winter construction, this paper investigates the effects of different amounts of …

This study aimed to optimize the utilization of industrial solid waste through developing a
high-performance cement-based composite material (UHP-ECC), incorporating coal furnace …

Inspired by nature, this study employed the Bouligand structures, as observed in the dactyl
club of mantis shrimp, to enhance the performance of 3D-printed Strain-Hardening …

The large drying shrinkage is one of the most serious factors limiting the practical application
of alkali-activated slag concrete (AASC). In this study, based on the successful shrinkage …

Graphene, renowned for its exceptional properties, holds promise for enhancing the strength
and functionality of cementitious materials. However, graphene's tendencies to agglomerate …

This study aims to provide an approach for the optimization and prediction of the properties
of cellulose fiber-reinforced concrete using system theory. First, mechanical properties …