生物模拟设计方法在临时居住活动房屋形成中的应用

O. Bantserova, A. Kasimova
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引用次数: 0

摘要

生物模拟设计方法旨在通过选择和应用在进化发展过程中形成的最优自然结构来改善移动房屋的建筑形式。因此,本研究的目的是确定基于生物模拟设计方法创建移动房屋的原则。研究任务是研究生物的结构特征和自然系统的功能,以确定移动建筑的塑造和建设性解决方案的方式。指出建筑仿生学的方法应着眼于研究有机自然系统整个生命周期的结构特征。在研究过程中,研究了能够改变大小和形状类型的转化自然模型(多肉植物,鳞翅目昆虫,叶蝉科);能够通过空间移动来克服距离的可移动的自然物体(真菌科的植物,节肢动物科的动物,草蛇科的爬行动物)。因此,确定了创建活动房屋的以下原则:建筑结构形式的紧凑性,其反复转换体积的能力以及独立或借助其他系统的运动特性而不受阻碍的运动。为了考虑自然和建筑中的造型问题,采用了参考形式-锥体,螺旋形,六角形棱镜,球体和空间自然结构,如壳,肋,晶格,网格,折叠和斜拉结构。在此基础上,为游客、地质学家、北方研究人员和游牧牧民开发了移动临时住所的概念模型。
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APPLICATION OF THE BIO-ANALOGUE DESIGN METHOD IN THE FORMATION OF MOBILE DWELLINGS FOR TEMPORARY STAY
The bio-analogue design method is aimed at improving the architectural forms of a mobile home by selecting and applying optimal natural structures drawn up in the process of evolutionary development. Accordingly, the purpose of the study is to determine the principles of creating mobile homes based on the bio-analogue design method. The research task is to study the features of the structure of living organisms and the functioning of natural systems to determine the ways of shaping and constructive solutions of mobile buildings. It is noted that the methods of architectural bionics should be aimed at studying the structural features of organic natural systems throughout their life cycle. In the course of the study, transforming natural models capable of changing the size and type of shape are studied (succulent plants, insects order the Lepidoptera, the family puffers); mobile natural objects with the ability to overcome distances by moving in space (plants from the fungi department, animals from the arthropod order, reptiles from the grass snake family). In result, the following principles of creating mobile homes are determined: compactness of the structural form of the building, its ability to repeatedly transform the volume and unhindered movement independently or with the help of kinematic properties of other systems. To consider the issues of shaping in nature and architecture, reference forms are taken - a cone, a spiral, a hexagonal prism, a sphere and spatial natural structures, such as shells, ribbed, lattice, mesh, folded and cable–stayed structures. Based on the research, conceptual models of mobile temporary dwellings for tourists, geologists, researchers of the North and nomadic pastoralists have been developed.
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