Revitalization and Optimization of a Traditional Iranian Architectural Pattern on Transformable Skins Using Kinetic Angulated Systems

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Architects and designers have employed angulated structures for kinetic architectural design due to their formal esthetics, geometry, and light weight. The arrangement of these structures within a regular repetitive (modular) layout forms a kinetic skin. Geometric patterns are repeated in angulated structures based on particular orders as happens in girih patterns in Iranian historical architecture. This similarity forms the base of this study. Given the importance of revitalizing these motifs due to the gap between the modern and traditional architecture and their modernization using up-to-date technologies, the authors propose a process for implementing these patterns on generated lattice structures. This study is organized into two parts to achieve the mentioned goals: in the first part, the effect of changing parameters on the ultimate form of lattice structure is evaluated. In the second part, changes are applied to the structural form according to the patterns through two strategies (i.e., implementing the pattern of girih components on the central opening of the structure and implementing the form of girih components on structural elements), focused on the Islamic girih patterns and the importance of their implementation on the structure. The outcome of this study is kinetic skins containing forms dominantly shapes of Iranian patterns repeated regularly throughout the structure; it represents the beauty and identity of the traditional Iranian architecture and can adapt to changing conditions according to the purposes of sustainable architecture. Finally, a designed structure is modeled and analyzed using the Ansys software in order to investigate the constructability of a full-scale structure and evaluate it under loads in the climate of Tabriz; the results of the analysis indicate that the structure can withstand loads applied in the climate of Tabriz with a thickness of more than 3 mm.