Eco Flex

The Hyperbolic Paraboloid Research Pavilion, made with bamboo, is an attempt to explore the geometric potential of hyperbolic paraboloid curved surfaces in creating architectural spaces. The design process began with the question of how a complex geometry could be produced accessibly through a bottom-up approach and how it could be utilized to generate space. Bamboo was selected for its structural and environmental benefits. The hyperbolic paraboloid presents a geometric form that, despite the complexity of its surface, can be produced using linear elements. Additionally, its modularity allows for structural expansion. The design process started by generating and examining various smaller-scale options. The selected module allowed for covering large surface areas without the need for columns in the center of the space. Furthermore, the hexagonal plan provided the potential for modular expansion, one of the other features of this structure. In such a setup, the integration of architecture and structure became a key feature.

Upon further observation of the design, several recommendations were made for utilizing this structure. Its lightweight yet strong frame, ease of assembly, and potential for expansion made it suitable for emergency shelters. The design process moved forward to strengthen the project in these areas.
The use of pre-fabricated parts allows for easy on-site assembly. Temporary structures used in crises must have short construction times, sufficient strength, accessible materials, and sustainability.

2. The Importance of the Hyperbolic Paraboloid Structure
Due to the potential of the hyperbolic paraboloid, advancing this research became increasingly important. By examining various structures, the hyperbolic paraboloid was chosen. The hyperbolic paraboloid gains strength from its shape. Its curvature reduces the tendency to buckle under compression, and with bracing in two directions, it experiences no bending and can resist uneven loads, whether from dead loads (such as hanging equipment) or live loads (such as wind).

The use of pre-fabricated parts allows for easy on-site assembly. Temporary structures used in crises must have short construction times, sufficient strength, accessible materials, and sustainability.

2. The Importance of the Hyperbolic Paraboloid Structure
Due to the potential of the hyperbolic paraboloid, advancing this research became increasingly important. By examining various structures, the hyperbolic paraboloid was chosen. The hyperbolic paraboloid gains strength from its shape. Its curvature reduces the tendency to buckle under compression, and with bracing in two directions, it experiences no bending and can resist uneven loads, whether from dead loads (such as hanging equipment) or live loads (such as wind).