Lightweight engineering cementitious composites (LECCs) show great promise for weight-
sensitive structures such as bridges, high-rise buildings, and floating platforms. However …

In the never-ending quest, for a high-performance cement composite, Nano Engineered
Cement Composites (NECC) are raising great expectations and garnering quite a bit of …

This study aims to identify effective methods for utilizing the percentage of waste laterite
scraps as coarse aggregate through the optimization of performance-based sustainable …

The greatest weakness of concrete as a construction material is its brittleness and low
fracture energy absorption capacity until failure occurs. In order to improve concrete strength …

In order to develop an innovative, environmentally friendly composite materials for the
construction industry, this study aims to exploit three types of waste material to manufacture …

This study presents the integrated use of particle packing methodology and response
surface methodology as an innovative mixture design for developing eco-friendly cement …

Reducing the thermal conductivity (TC) of a cementitious building material can help to slow
the rate at which it heats and cools. The present project aims to develop a new construction …

The current study is concerned with acid and calcination durability, thermal and thermo-
physical properties, and mechanical strength prediction of mortars containing soda-lime …

Tailings produced in the beneficiation of Carlin-type gold deposits are characterized by fine
particle size and high mud content. When neutralized with wasted acid generated by …

The recovery and use of waste in the field of civil engineering, particularly in construction
materials, is one of the most prominent solutions for preserving the environment. In order to …