Studying the impact of the role of Nanomaterials technology in developing the performance of buildings and their effect on the architectural formation

Abstract EN

The study of the impact of nanotechnology applications in architecture, its role in developing building performance, and its impact on architectural formation is the result of decades of research and development of nanotechnologies and their applications for buildings.

therefore, the research focuses on studying nanomaterials' different types and forms and their uses in construction and various finishing materials.

in addition to studying the foundations and determinants of their application in architecture and their impact on the general form and the development of building performance.

this includes realizing the functional and economic aspects and the aesthetic and environmental upgrading of buildings.

it also clarifies the role of nanotechnology applications in saving and rationalizing energy consumption, conserving it, increasing the effectiveness of fire resistance, self-cleaning buildings, reducing costs and maintenance, and extending the life of buildings.

the benefits of applying nanomaterials in architecture and their impact on them were discussed.

it mainly affects buildings in terms of function, performance, operation, formation, and the internal and surrounding environment of the building.

it contributes to obtaining buildings with appropriate architectural figures, high performance, and low costs to achieve distinctive architectural designs with a unique aesthetic appearance.

finally, the architectural designer must pay attention to the selection of nanomaterials used in buildings and the places of their application to give distinctive formations and facades.

increasing awareness of modern technologies and nanotechnology leads to improving building performance efficiency.