A large number of wastes and naturally occurring resources have been recognized as
Supplementary cementitious materials (SCM) for their role in clinker substitution and the …

The rapid development of the concrete industry consumes many natural resources and has
many negative impacts on the environment. Large numbers of research attempts are …

To investigate the effect of eggshell powder on the water-absorption capacity of cement
mortar, this research employed experimental testing followed by machine learning (ML) …

The feasibility of using a low-cost super hydrophobic powder as water-resisting admixture or
water-repellent surface coating for concrete has been investigated. The powder was …

This study develops the compressive strength, water permeability and workability of
concrete by partial replacement of cement with agro-waste rice husk ash. Two types of rice …

This study used machine learning methods to predict the water absorption (WA) of cement-
based material (CBM) containing eggshell and glass powder as sand and cement …

Better understanding of water transport in concrete is of great significance to assess the
durability and predict service life. In this study, effects of water to cement ratio (W/C), volume …

This study investigated the effects of combined utilization of wollastonite particles and
recycled waste ceramic aggregate (RWCA) on high strength concrete (HSC) properties. Two …

Apart from aiding the environment, exploitation of recycled concrete aggregate (RCA) as a
potential substitute for natural aggregates (NA) contributes to a framework of sustainable …

In this study, the effects of SiO2 nanoparticles on both mechanical properties (compressive,
split tensile and flexural strength) and physical properties (water permeability, workability …