Vadadoriya Vrundesh Dulabhai

CD4000

The Ecospan Pavilion explores the potential of active bending system using cane as the primary material. This project focuses on understanding and utilizing the natural properties of cane to create a lightweight, long-span modular structure. The exploration began with a series of physical experiments, investigating the behavior of cane in both planar and non-planar configurations. These tests revealed its capacity to achieve complex, curved geometries while maintaining structural stability. Building upon these findings, I transitioned to digital simulations, utilizing Grasshopper in combination with Kangaroo and Karamba3D. Kangaroo facilitated real-time simulations of elastic deformation, while Karamba3D provided structural analysis to ensure the pavilion’s stability and efficiency. The Ecospan Pavilion adopts a modular design, where individual cane elements are aggregated to form a cohesive, long-span structure. Active bending was employed material’s elasticity to create visually dynamic and structurally efficient forms. The pavilion’s modularity enables ease of assembly and scalability, making it adaptable to various scale prototypes. By combining material intelligence with computational tools, the project showcases the potential of cane-based active bending systems in creating sustainable, lightweight structures. The Ecospan Pavilion represents a harmonious blend of traditional materials and contemporary design techniques, offering an innovative solution for long-span architectural applications.