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Research On Parametric Building Skin Design Based On Physical Performance In Shenzhen Area

Posted on:2020-12-08Degree:MasterType:Thesis
Country:ChinaCandidate:Y QiaoFull Text:PDF
GTID:2432330599454667Subject:Architecture
Abstract/Summary:PDF Full Text Request
It is a new idea of this era to advocate green,low-carbon,recycling and sustainable lifestyle.The construction of buildings as a traditional industry has always had huge consumption of energy and resources.It would also be a requirement of this era for that build to be green.Parameterized architecture design is also the rapid development of the computer in this era,which soon became popular all over the world,and even formed a new type of architecture: " Parametricism".Therefore,the design method of getting rid of the inherent form supremacy of parametric architecture design,and the study of architectural design from various physical related properties will play an important role in promoting eco-building.This article will start from the special climate environment in shenzhen,study and summarize the local climate environment characteristics,and then input these environmental factors into the parameterized design program,so as to simulate the architectural surface under different environmental parameters.By continuously optimizing the parameters,the optimized architectural surface will be generated under different environmental factors.Finally,in response to the contradictions between various environmental parameters,this paradox is optimized to a reasonable extent through a parametric design procedure,and a parametric architectural surface research based on various physical parameters is explored to create a comfortable interior environment.In the end,a specific case is presented to demonstrate the feasibility of the optimized design of architectural surface under various physical environmental factors.Therefore,the study of parametric architectural surface design based on a variety of physical properties has a broad application prospect for eco-building.
Keywords/Search Tags:Architectural surface design, Parametric design, Environmental physical performance
PDF Full Text Request
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