SMART MATERIALS IN ADAPTIVE TRANSPARENT SYSTEMS IN BUILDING FACADE

Adaptive Transparent Systems (ATS) represent an advanced and progressive category of building envelope technologies capable of dynamically responding to environmental variations. These systems adapt to changes in indoor and outdoor conditions in spontaneous, reversible, and real-time ways, thereby significantly enhancing both energy efficiency and user comfort. As global energy demands increase and sustainability becomes a critical design priority, ATS offer a promising pathway for reducing building operational loads while maintaining high levels of occupant well-being.This book provides a detailed and critical analysis of the smart materials commonly used in ATS, with the aim of establishing a performance-based preference order. The study begins with a chronological overview of adaptive façade development over the past century, illustrating how innovations in materials science, climate-responsive design, and energy-efficient technologies have progressively shaped the evolution of adaptive building skins. Within this context, the integration of smart materials into façade systems emerges as one of the most promising and transformative directions for future building design.