Architectural Science Review · 2009 · 16 citations · 6 references
ArchitectureBotanyBuilding ScienceBiomaterialsBuilding MaterialsSustainable DesignBio-based MaterialsEcological MaterialsGreen Building MaterialsNatural BiomaterialsSustainable Building MaterialsSustainable MaterialsBio-based Composite MaterialsBio-based Construction MaterialsBio-inspired Structural DesignBioinspired Material DesignBioinspired Materials DesignBiomimetic Construction MaterialsSustainable Material DesignSustainable Materials Design
Abstract There is currently much interest in designing new materials that mimic particular properties of plants. For example, self-cleaning materials have been developed from structures on the leaf surface of sacred lotus, and new composite fibres are being designed from plants to replace metal structures. Biomimetic theory and its application, bio-inspired design, derive concepts from natural systems and appear to have potential to create new types of sustainable materials. The benefits of this approach seem to come from the linking of ethnographic and ecological research with building science to create and test new building technologies. Using spinifex as an example, it has been possible to develop some underlying principles to this approach to advance the methodology.
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The Transactions of the Royal Society of South Australia
Science · 1943 · 810 citations
Bernard Smith · Historical Studies · 1969 · 197 citations
Proceedings 2008 World Sustainable Building Conference
Greg Foliente, Thomas Luetzkendorf, Peter Newton et al. · 2008 · 49 citations
Public Health, Architectural Engineering, Building Science +14