A Review Study on Advance Construction Materials

Abstract

This paper investigates the introduction of innovative materials that not only enhance structural performance but also make a major contribution to environmental conservation has triggered a paradigm shift in the field of sustainable construction. The present research offers an in-depth review of modern material improves for environmentally conscious developing, emphasizing their benefits. Enhancing building operations and maintenance can promote sustainability while drastically lowering energy use, carbon emissions, and other environmental issues. Although there are a number of frameworks available in the literature, most of them concentrate on conventional building maintenance practices and undervalue the significance of  incorporating sustainability, climate change, environmental considerations, and developing technology. This research has created a thorough framework that addresses the demands, difficulties, and priorities of the future in order to close this gap. The Sustainable Development Goals (SDGs), energy conservation, emerging technology adoption, climate change adaptation and mitigation, safety, resilience, and effectiveness are all in line with the integrated framework for building maintenance operations. There is a strong demand for traditional materials, which frequently use a lot of energy and emit a lot of carbon dioxide, due to the recent expansion in the construction industry, which is being used to create new infrastructure or to remodel and strengthen existing structures. In an attempt to address this issue, bio-based materials are being investigated as a potential substitute for traditional materials. Natural fibers and bio-based resins combine to create green composites, which have become a viable substitute for conventional building materials. In addition to having remarkable mechanical qualities, these composites have a lower carbon footprint, which is consistent with the ideas of environmentally responsible building techniques.

Keywords: Materials, Sustainable Construction, Innovation, Environmental, Advanced, Review.