The Role of Nanocomposite and Technology in Architecture and its Impact on Energy Efficiency and Structural Performance

In general, nanotechnology is among the new technologies that have important and valuable applications in various industries, especially in the construction industry. The rapid growth of technology and information in the future promises valuable services from this technology in the architecture sector. Statistics show that heating and cooling systems in architecture have a large contribution to energy consumption. The purpose of using nanotechnology in architecture in this article is to increase quality and reduce energy consumption in architecture. At the beginning of the third millennium AD, an industrial revolution known as the fourth wave of nano can be mentioned. Nanotechnology is a set of technologies that are used individually or together to apply or better understand science. Nano house is a combination of form, function, control and main features of a shelter that does not waste energy in any way. The first spark of nano was struck in ۱۹۵۹ by Richard Feynman, who brought forth this superior technology in architecture. It is ideas and theories. This article examines successful examples of using nanocomposites in architecture and discusses their advantages and limitations. Finally, this paper examines the potential applications of nanocomposites in architecture in the future and discusses the challenges and opportunities for research and development in this exciting field. The purpose of this research is to provide an overview of the potential of nanocomposites in architecture, explore new ways to design buildings and create more stable, efficient and attractive structures for architects, researchers and engineers.

کلیدواژه ها:

Nano composite ، architecture ، technology ، structural ، energy ، building.