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Shenzhen High-density And High-rise Community Optimization Research

Posted on:2019-09-15Degree:MasterType:Thesis
Country:ChinaCandidate:X Y LiFull Text:PDF
GTID:2382330566961704Subject:Design
Abstract/Summary:PDF Full Text Request
With the rapid development of Shenzhen,the contradiction between population growth and limited land resources becomes more obvious,and the construction of high-density and high-rise community is the inevitable choice for urban residential area development.Space in landscape is an important palace for residents' daily activities,including repose,exercise and communication,and has a unique form and characteristic in high-density and high-rise community.This thesis focus on the space of landscape in high-density and high-rise community of Shenzhen.Through comparing different case and analyzing their characteristics and potential problems,several optimal methods for existing space of landscape and suggestions of high-density and high-rise community development are discussed.The contents of the thesis include:Firstly,defining the scope and object of the space of landscape in high-density and high-rise community of Shenzhen,and analyzing their characteristics and potential problems,including the lack of space in monomeric landscape,confined space in courtyard landscape,and homogeneity in comprehensive landscape.Then,after detailed discussing the painting of the space of landscape in high-density and high-rise community of Shenzhen,several optimal methods are propound based on different characteristics and potential problems.They are the transition from a plane to stereoscopic in monomeric landscape,the transformation from closed to open in courtyard landscape,and emphasizing the creation of heterogeneous structure in comprehensive landscape.Finally,this thesis puts forward some suggestions from three aspects:constructing compound landscape,harmony with urban space,and enhancing neighborhood communication.
Keywords/Search Tags:Shenzhen, high-density and high-rise community, the space of landscape, Optimization research
PDF Full Text Request
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