Deployable Hyperbola
This research explores the possibilities of transformative material performance through a project-based design, centered around the utilization of multi-material knitting. Drawing inspiration from the row-based additive manufacturing methods inherent in the knitting machine process, the research focuses on developing a specialized knitted material tailored for a deployable hyperboloid structure.
The primary emphasis on flexibility and elastic properties crucial for achieving the desired transformative performance. Through a systematic and methodical approach, the study explores different yarn types, stitch structures, and the strategic incorporation of short rows to manipulate the material’s characteristics.
Digital tools, such as Grasshopper and Rhino, plays a pivotal role in this research, enabling the seamless design of intricate knitting patterns that uncovers the potential for innovative material compositions but also showcases the advancement of transformative geometric configurations.
The project has an interdisciplinary approach in combining architectural design, computational design, and manufacturing methodologies. The project’s findings not only push the boundaries of architectural innovation but also serve as a testament to the power of thoughtful integration between digital tools, craft, material studies, and transformative geometry.
The deployable hyperbolic structure offers a the possibilities of transformative architecture, where materials and geometric configurations coalesce to create dynamic spaces. This research serves as a beacon of intellectual curiosity and creative endeavor, underscoring the importance of innovative material practices in shaping the future of architectural design.
Project details:
PRESENTED AT: CDRF Confrence
PROJECT STARTED: December 2022
COMPLETED ON: December 2022
CATEGORY: Installation
MATERIALS: Knitted Wool, Wood
DIMENSIONS: 6 x 6 x 6