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Oliveira, M. & Rato, V. (2014). A parametric composition based on cork morphogenesis. In Vera Viana, Alexandra Paio (Ed.), Geometrias 2014 Proceedings. (pp. 85-93). Lisboa: APROGED & ISCTE-IUL.
M. J. Oliveira and V. N. Rato, "A parametric composition based on cork morphogenesis", in Geometrias 2014 Proc., Vera Viana, Alexandra Paio, Ed., Lisboa, APROGED & ISCTE-IUL, 2014, pp. 85-93
@inproceedings{oliveira2014_1732206706446, author = "Oliveira, M. and Rato, V.", title = "A parametric composition based on cork morphogenesis", booktitle = "Geometrias 2014 Proceedings", year = "2014", editor = "Vera Viana, Alexandra Paio", volume = "", number = "", series = "", pages = "85-93", publisher = "APROGED & ISCTE-IUL", address = "Lisboa", organization = "APROGED, ISCTE-IUL", url = "https://www.aproged.pt/encontropublicacao.html" }
TY - CPAPER TI - A parametric composition based on cork morphogenesis T2 - Geometrias 2014 Proceedings AU - Oliveira, M. AU - Rato, V. PY - 2014 SP - 85-93 CY - Lisboa UR - https://www.aproged.pt/encontropublicacao.html AB - Inspired in nature’s production system, the generative design processes enable designers to rethink architecture design procedures. The objective of this paper is to describe a geometrical composition based on cork biological constitution and growth. This research was developed within the framework of the CEAAD course, at ISCTE-IUL, during the 2012/2013 academic year. The goal was to develop a parametric, customable and adaptive geometric definition, using as starting point standard industrial products of expanded cork agglomerate and the biological morphogenesis of cork. The reported work combines a rational and practical understanding of the micro-structural and compositional properties of the raw material - cork - and its derivate - expanded cork. The result is a generative geometrical definition tool that is able to generate new products, totally adaptable to specific environmental conditions, personalized for its use and therefore, easily commercialized! From micro-structural composition to macro-scale construction, this research explores new geometrical application possibilities through the implementation of design principles from biology - biomimicry. ER -