High-Performance and Transportable Materials: Analyzing Characteristics and Applications in Sustainable Construction

Abstract

Using citation-context and the paper's content model, the researcher gives an overview of recent changes in environmentally friendly building methods, such as research into the theory and practice of lightweight and high-performance concrete. Previous efforts to use citations to create scientific summaries were utterly unsuccessful because they neglected to provide crucial context, which rendered the summaries useless. Even though the dataset Researchers use for assessment comes from the construction business, most of our methods are general, so they may be applied to other domains. Sustainable construction innovations are at a crossroads; they need to promote global prosperity while reducing their environmental footprint. The construction sector is at a crossroads; it can either help the globe thrive or harm the environment. If this problem persists, using high-performance, lightweight concrete could be the answer. This material greatly decreases the carbon impact while also improving the sustainability of construction operations. The urgent desire for environmentally friendly alternatives to present construction processes is examined in this research, along with potential implications. It emphasizes the benefits of high-performance plus lightweight concrete, such as increased adaptability, decreased weight, better thermal insulation, and decreased carbon emissions. These cutting-edge materials have already proven their worth in famous projects like Milan's Bosco Vertical and Amsterdam's 3D-printed concrete bridge, which both promote environmentally friendly building methods. If the construction sector is serious about fully embracing this technology, it needs to educate itself, engage stakeholders, invest in research, and secure regulatory approval, according to the study. The results of this study provide hope that development and environmental protection can coexist. Conventional building methods significantly impact the natural world.