26JUL 2012

Project Distortion / Parametric Installation / Royal Danish Academy of Fine Arts

Posted in Architecture - Pavilion by FORMAKERS | Tags: Parametric

Distortion was an intensive, international design/build collaboration between faculty and students at the Royal Danish Academy of Fine Arts in Copenhagen and the Rensselaer Polytechnic Institute in upstate New York.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
Over the course of the Spring 2010 semester, the team designed and build a mobile pavilion intended to operate as a social and spatial nexus for the Distortion Festival, an active celebration of rave music and culture held annually in Copenhagen.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
Although I participated actively in the conceptual design phase of the project, along with all of the other students on both sides of the Atlantic, my primary role in the project emerged during the the build phase.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
For this I specifically applied parametric tools for, arraying and documenting the initial configuration and then for solving the geometric inputs for the customized structural system for the final configuration.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
The workflow for the project saw the initial configuration established using a Grasshopper definition that I developed for the design team to array the modular cone set in plan using a series of guide surfaces to manage gradients over three parameters: length, size of aperture, and color.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
Next, the geometry developed in this process was exported to Maya, where Anders Deleuran of CITA developed and executed a physics-based system that dynamically modeled the final configuration.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
Then this final configuration was re-imported to Rhino, where I developed and applied another Grasshopper definition that solved the resulting geometries for the insertion of a structural “star” system that locked the triangulated cones into fixed hexagons, much like a distorted “Buckyball”.

© Royal Danish Academy of Fine Arts


© Royal Danish Academy of Fine Arts
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© Royal Danish Academy of Fine Arts


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City:
Copenhagen


Design team:
Professor: Niels Jakubiak Andersen (DK), Reese Campbell (US), Demetrios Comodromos (US), Anders Deleuran (DK), Brady Peters (DK), Ali Tabatabai (DK), Martin Tamke (DK)


Student design team: Samantha Buell (DK), Marie Noel Chounard (DK), Galip Döken (DK), Dicki Lakha Lauth (DK), Cilian Magee (DK), Signe Kramer Mikkelsen (DK), Lucia Napuri (DK), Jonathan Roy (DK), Thea Rudnicki-Ulholm (DK), Mija B.S. Simonsen (DK), Lisa Uhlmann (DK), Kenneth Appleman (US), Chelsea Anderson (US), Nick Axel (US), Jonathon Botts (US), Sreoshy Banerjea (US), Caitlin Morris (US), Kieran Martin (US), Adam Patela (US), Heath Horn (US), Phillip Robinson (US), Charles Sonders (US), Dave Stasiuk (US), Erica Voss (US), Lisa Yue (US)


Status:
Completed






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