Coralarc Installation Art

We started by studying the biological principles of coral growth. The curved, organic surfaces are a result of dynamic growth under these factors.Using agent-based modeling, we represented coral growth as a system of interacting cells. Each cell functions as an agent that follows specific rules for movement (pushing) and reproduction (growing).The combination of pushing and growing results in organic, curved surfaces. To refine the aesthetics, we used parametric control to tweak parameters dynamically, ensuring that the form evolves cohesively while maintaining structural balance.

The selection of PETG for the Coralarc Installation Art was a thoughtful decision based on its ability to interact with light, withstand the coastal environment, and emphasize the organic, transparent qualities of the installation. This choice enhances the installation’s connection to the coastal setting, creating an immersive dialogue that evolves with the natural forces at play, whether it's the changing tides, shifting light, or the dynamic atmosphere of the coast.

The process of translating digital coral growth simulations into physical form through 3D printing in the Coralarc Installation Art presented several unique technical challenges, requiring a deep understanding of both computational design and robotic fabrication processes. To achieve this, we developed algorithms that simulate cell pushing and growth, drawing inspiration from natural biological processes.While the digital models were created with great detail, the next challenge was adapting these designs for 3D printing. The models required careful consideration of material flow, print speed, and layer adhesion. The organic, curved surfaces of the coral had to remain stable and maintain their structural integrity once fabricated. To ensure precise control over the printing direction and allow for the creation of large, intricate structures, we employed robotic arms and multi-axis printing techniques.