AURORA PAVILION
The Aurora pavilion project represents the results of experimenting with simulating "Bending-active structures" to optimize structural systems.
Active bending structures represent an innovative approach to design that allows structures to respond to changing environmental conditions. In this case, by using flexible materials or mechanisms, the structure is allowed to change shape according to changes in the environment.
The simulation was performed using grasshopper software. Through the parametric approach and the form-finding principle, the form of the pavilion was created.
This project also explores the application of two materials to achieve the desired dynamics of the structure.
The first material is GFRP (glass fiber) rods, which are known for their lightness, durability and high flexibility, while the second material is ETFE (ethyl-tetra-fluoro-ethylene) translucent film with iridescent shine.
The pavilion is conceived as a canopy that creates specific environments through shapes and materials, creating an atmosphere reminiscent of the natural phenomenon of the aurora borealis and providing users with a unique experience of interacting with the space.
Additionally, the concept includes the development of modular pieces,"leafs," capable of forming various spatial configurations.
the Faculty of Architecture, University of Belgrade, Serbia
year: 2023/2024
IASA: 5th year of bachelor and master studies - 9th semester
IASA: 5th year of bachelor and master studies - 9th semester
Optimization of structural systems: Bending-active structures
Professor: dr Jelena Milošević
