Computational Spring Systems: Open Design Processes for Complex Structural Systems |
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| Authors: | Sean Ahlquist Moritz Fleischmann |
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| Abstract: | Sean Ahlquist and Moritz Fleischmann are both former graduates of the Emergent Technologies and Design Programme at the Architectural Association (AA) in London, who have now established their own innovative research and design practice, morse. Here they describe their work with computational spring algorithms that has enabled iterative investigations of tension active systems and structures. Copyright © 2009 John Wiley & Sons, Ltd. |
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| Keywords: | Shape and structure are formed simultaneously computational spring algorithms tension active structures Processing (processing.org) f = mass*acceleration Hooke's Law associating an array of particles dynamic relaxation Vector forces morse, Diagram of Hooke's Law, 2008 Rest length fate map Rolling Bridge by Herwick Studio Spring systems computationally efficient Soda Sodaconstructor Web-based construction kit for spring systems Sam Joyce, Rolling Bridge simulation, School of Architecture and Civil Engineering, University of Bath, 2008 Cylindrical Net Morphologies installation Architectural Association for-loop mechanism Soda, CarefulSlug structure, Sodaplay.com, 2002 morse, Various structures in SW3d, 2008 Marcello Falco. |
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