Design Patterns and Cross-Domain Analogies in Biologically Inspired Sustainable Design
Goel, Ashok K. (Georgia Institute of Technology) | Bras, Bert (Georgia Institute of Technology) | Helms, Michael (Georgia Institute of Technology) | Rugaber, Spencer (Georgia Institute of Technology) | Tovey, Craig (Georgia Institute of Technology) | Vattam, Swaroop (Georgia Institute of Technology) | Weissburg, Marc (Georgia Institute of Technology) | Wiltgen, Bryan (Georgia Institute of Technology) | Yen, Jeannette (Georgia Institute of Technology)
Sustainable design is as an important movement in design. Biologically inspired design is a major paradigm for sustainable design. In this paper, we analyze a corpus of biologically inspired design projects in terms of sustainability. We then describe a case study of analogical design of a fog harvesting net, and abstract from it the patterns of Hydrophobia and Hydrophilia. We indicate how these two function-mechanism design patterns occur in several design projects in our corpus. This analysis indicates how biologically inspired sustainable design can be analyzed in terms of cross-domain analogical transfer of design patterns.
Mar-19-2011
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