This project undertakes a focused exploration of the intricate interplay among matter, form, and structural behavior, placing particular emphasis on a chosen precedent—the Maya Somaiya Library in Kopargaon, India. Employing sophisticated computational tools like Grasshopper and Kiwi 3D, the study utilizes digital form-finding techniques to meticulously examine the shell structure of a model. Key information related to bending (P_M₁), shear forces (P_N₁), and displacement (X) is extracted. The project not only aims to understand these structural aspects but also endeavors to derive insights for optimizing innovative architectural forms.
By varying the heights of the structure during exploration, the study delves into the impact of different dimensions on the structural response. This investigative approach questions the design of the structure, seeking to understand how the model reacts structurally to variations in height. Through this process, the project aims to contribute valuable knowledge that can inform the design and optimization of architectural forms, inspired by the principles observed in the Maya Somaiya Library.
