【摘 要】
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A biological paradigm seems to underlie the current research interests and developments in architecture and the arts.Based on the backgrounds of morphogenesis,evolutionary and algorithmic approaches t
【机 构】
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Myers School of Art and Department of Biology,University of Akron,Akron OH 44325-7801,USA
【出 处】
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The 5th International Conference of Bionic Engineering 第五届国际
论文部分内容阅读
A biological paradigm seems to underlie the current research interests and developments in architecture and the arts.Based on the backgrounds of morphogenesis,evolutionary and algorithmic approaches to architectural design,as well as an increasing interest to connect the worlds of science with art and architecture,this paper presents the outcome of a 2,5 year interdisciplinary research project,which investigated the transfer of growth principles from nature to the field of the arts and architecture.Growth as a specified sign of living systems in contrast to man-made building and processing strategies delivered the frame for the exploration.The methodology for the project was a strategic biomimetic approach to transfer abstracted findings from biology to an artistic application,and integrated a tool from product development called Quality Function Deployment QFD.In addition to literature search and expert meetings a small biolab served as research platform.Both areas,growth in biology,as well as the application field arts and architecture are vast.The starting point of the project was set by the designers dreams of the house of the future.In workshop settings,the most interesting aspects of a growing building were identified and abstracted functions associated.
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