Innovation in Architecture

Brookes, Alan J.; Poole, Dominique

doi:10.4324/9780203402429

Cited by 8 publications

(2 citation statements)

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“…And thirdly, bio-mimicry becomes a new way of seeing and appreciating nature. Bio-mimicry introduces an era, not on what we can take from nature, but what we can learn from nature [8].…”

Section: The Concept Of Bio-mimicrymentioning

confidence: 99%

Product Development Using Bio-mimicry Design Spiral Approach of Swimming Aid

et al. 2018

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In the search for sustainable products idea, Bio-mimicry is one of the method to find alternative solutions. Bio mimicry is a method to define solution that is filtered and developed by nature. This study used bio mimicry technology to formulate a model of "hand swimming aids" to increase hands thrust in the water when swimming. The proposed model is based on the use of the Bio mimicry Design Spiral rule. Spiral Bio mimicry Design Rules used to simulate the shape and functional design of selected natural organisms. This study learn how frog lining model help frog to swim and select one model and apply it on hand swimmer tool design so that it can produce more sustainable products and can apply the design function of natural model well.

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“…And thirdly, bio-mimicry becomes a new way of seeing and appreciating nature. Bio-mimicry introduces an era, not on what we can take from nature, but what we can learn from nature [8].…”

Section: The Concept Of Bio-mimicrymentioning

confidence: 99%

Product Development Using Bio-mimicry Design Spiral Approach of Swimming Aid

et al. 2018

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“…The human mind excels in recognition schemes in the assessment of complex situations and has the intuition to create new solutions. The computer excels in analysis and numerical calculations" [6]. The methodology of the research is based on the evaluation of student work through a theoretical analysis of derived categories.…”

mentioning

confidence: 99%

Graphics in Urban Design – Possibilities of Hand-Drawn Images and Computer Techniques

Štefancová

Görner

Furdík

et al. 2020

Architecture, Civil Engineering, Environment

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The subject of this paper is the quality of the graphic processing of the urban design as a key part of the architectural and spatial planning work. Virtually all architectural and land-use planning is currently based on the 2D projection of the design. "Building manuals tend to present building structures in the form of onedimensional reference drawings, either as projections or cross-section drawings, which is after all, the form they should be, and are usually shown, in design drawings" [1]. The art of knowing how to represent your design appropriately should be learned by each archi

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Interlocking, Ribbing and Folding: Explorations in Parametric Constructions

Lyon

García

2011

Nexus Netw J

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ResearchI In nt te er rl lo oc ck ki in ng g, , R Ri R R Ri R Ri R Rib bb bi in ng g a an nd d F Fo ol ld di in ng g: : E Ex xp pl lo or ra at ti io on ns s i in n P Pa ar ra am me et tr ri ic c C Co on ns st tr ru uc ct ti io on ns s A Ab bs st tr ra ac ct t. . This paper presents three projects involving the design and fabrication of architectural structures through the use of different parametric software and digital manufacturing methods. The first project is a flexible partition composed of interlocking elements shaped using a laser-cutter. The second project is a university exhibition unit made with various wooden panels manufactured through a computer numerical controlled (CNC) system. The third project is a system of metal sheets folded by digital machines to create urban circulation spaces. The three works develop a parametric programming of geometry based on certain technical factors, enabling the recognition of patterns of interaction between formal and constructive issues involved in the definition of shapes through parametric controls. Differences in materials and processes are contrasted by similarities of function and conditions involved, creating a system of local, global, productive and environmental parameters that produces a repertoire of self-similar dimensions and variations as well as multiple possibilities of initial setups and final configurations. It suggests a specific field of design exploration focusing on the development of differentiated components and variable architectural configurations, in a kind of open parametric system.

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Innovation in Architecture

Cited by 8 publications

References 0 publications

Product Development Using Bio-mimicry Design Spiral Approach of Swimming Aid

Product Development Using Bio-mimicry Design Spiral Approach of Swimming Aid

Graphics in Urban Design – Possibilities of Hand-Drawn Images and Computer Techniques

Interlocking, Ribbing and Folding: Explorations in Parametric Constructions

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