Employing smart materials in beautifying the urban environment from a sustainability perspective

Employing smart materials in beautifying the urban environment from a sustainability perspective Smart are that who have one or more properties can be significantly altered control manner by external impetus, such as stress, temperature, moisture, pH, electric and magnetic field. Smartness describe self-adaptability, self-sensing self-repairing. These offers numerous of application every Smart contribute to raising energy efficiency, while using high levels environmental performance controlling design surfaces. achieving use renewable energy; passive solar self-heating, natural lighting,  cooling. With development material science, many new, high-quality cost-efficient come into various field engineering. In last five ten decades, became multifunctional required optimization different characterization properties. With evolution, concept has been driving towards composite recently, next evolutionary step is being contemplated with materials. new generation surpassing conventional structural functional possess adaptive capabilities stimuli, loads environment, inherent intelligence. The possibility applying advanced technologies kinematic intelligent systems designing elements achieve greater compatibility. research problem stems need monitor used considerations. aims conclude considerations employing perspective sustainability. Materials become fundamental pillar upon which all specialties based, including its elements. associated emerged result great information technology nanotechnology their incorporation areas development, where respond variables usage fast easy meet human needs.Thus, considered most important response factors ability implement considerations. Design based on modern approach building sustainable comprehensive seeks reduce social burden, applied entire life cycle economic feasibility encouraging at local global levels, especially regard environmental, societal performance. Problem statment The identified follows: trend creating dynamic models compatible climatic characteristics efficiency materials, disassembly installation flexibility, created considerations, determining throughout operation stages. Aims objectives The sustainability. Methodology  The study follows descriptive presenting analyzing environment. Conclusions : -           achieved through reducing consumption non-renewable resources, waste pollution, improving resource management, greatly affected -       Sustainability following: - Efficiency finishing best possible performance. -    Using recyclable reusable components. -          capable dismantling, installing extending future. Use ready-made standard sections. -        when compatibility