Interest in geopolymer concrete (GeoPC) and in rubberised concrete (RuC) has grown over
the past two decades. The former offers an attractive alternative to ordinary Portland cement …

Energy efficiency is the predominant criterion in green building indices, which, in turn,
contributes to sustainable development. One of the materials commonly used in the …

This study concentrated on the formulation of self-flowing and an energy efficient lightweight
aggregate foamed concrete (LAFC) to be employed as thermal insulation, thermal mass and …

This work addresses the preparation of self-flowing lightweight aggregate foamed concrete
(LAFC) resulting from the mixing of stable foam, expanded clay aggregate (ECA) and silica …

In order to evaluate the utilization of waste from coal combustion thermal power plant, the
properties of lightweight geopolymer concrete (LWGC) containing fly ash as geopolymer …

Coal burning in power plants is considered an energy-intensive process that increases
carbon emissions and generates numerous tonnes of fly ash materials. Incorporating fly ash …

High energy consumption in the building sector appeals for the implementation and the
improvement of innovative approaches with low-environmental impact. The development of …

This paper presents the investigation of energy efficacy, strength maturation, and
environmental management of palm oil industrial waste materials, such as palm oil fuel ash …

In this research, individual and interactional effect of curing temperature (CT), curing time
(CTime), sodium concentration (SC) and silicate modulus (SM) on the compressive strength …

Lightweight concrete has emerged as a promising solution in the construction industry,
aligning with the goals of sustainability, energy efficiency, and streamlined construction …