Although the reuse of demolition wastes has been studied in recent years, their reuse in
composites has not been thoroughly examined. This study aims to provide a comprehensive …

With the growing environmental awareness occurring worldwide, many industries, such as
the construction sector, are setting their own measures to reduce their environmental impact …

Commitments on reducing embodied CO 2 emissions and declining available natural
resources puts pressure on the concrete sector to produce more sustainable approaches …

An attempt has been made to enhance the properties and applications of gypsum ceiling
tiles by utilizing the excellent thermal insulation and flame resistance properties of wool and …

Improving thermal insulation of buildings envelopes can reduce their energy consumption
and related CO 2 emissions considerably. Searching for new and innovative insulation …

In this work, two types of sandwich structures were fabricated to develop sustainable
building materials using renewable and waste resources. The chopped jute fiber reinforced …

In this research, we produced eco-friendly and thermal efficient normal and lightweight
concretes with different dosages of sawdust as replacement of sand. Conventional NWC …

Abstract Structure and behaviour of gypsum composites, prepared from flue gas
desulfurization binder and three types of fine fillers (silica sand, perlite, expanded clay …

Bio-based materials with low carbon footprint and excellent thermal performance is effective
for achieving net zero carbon buildings (NZCBs). In the Qinghai Tibet Plateau (QTP) region …

This experimental study explores the feasibility of the development of eco-friendly self-
compacting cementitious systems, utilizing wood waste sawdust (SD), for sustainable …