首页|传统村落中自发搭建的轻质构件——以北京市门头沟区三家店村为例

传统村落中自发搭建的轻质构件——以北京市门头沟区三家店村为例

扫码查看
近年来,传统村落的风貌日益受到重视.其中村落中的自发搭建往往被当作临时的、不符合民居风貌的违建物并被清理,但其构件所诉求的功能需求却被忽视.因此本文尝试对北京市门头沟区三家店村的自发搭建现象进行分析,关注其功能、搭建方式和村民之间的协作关系.本文发现,自发搭建基于村民的生活所需并对环境进行修补而产生,例如遮阳、晾衣、绿植生长的花棚等.这些构筑物往往采用临时性的材料,例如阳光板、纤细的木条、钢丝等,组合成轻巧、临时的构件和檐下灰空间,它们出现在房屋的立面或房屋之间,形成景观微空间并连接邻里关系.其中也存在一些合理的、质朴的、易操作的搭建方式,这些构件是由村民个体或协作参与而形成,构造方式也简单直接,方便拆卸,具有易操作性.从而为新农房设计和改造给与构件功能和搭建方式的补充.
Self-built Lightweight Components in Traditional Villages:a Case Study of Sanjiadian Village in Mentougou District,Beijing
In recent years,the preservation of the architectural style in traditional villages has received increasing attention.However,self-built structures within these villages are often regarded as temporary and incongruent with the architectural aesthetics,leading to their clearance.The functional demands of these self-built components are often overlooked.Therefore,this paper aims to analyze the phenomenon of self-built lightweight components in Sanjiadian Village,Mentougou District,Beijing,focusing on their functionality,construction methods,and the collaborative relationships among villagers.The study reveals that self-built structures emerge as a response to the villagers'daily needs and serve purposes such as sun shading,clothes drying,and supporting plant growth.These structures are often constructed using temporary materials such as polycarbonate panels,thin wooden strips and steel wires,forming lightweight and temporary components and eaves spaces.They appear on building facades or in between houses,creating micro landscapes and fostering neighborhood connections.The construction methods employed by villagers are simple,rustic,and easily dismantled,showcasing their practicality.The findings of this study provide insights for the design and renovation of new rural houses by incorporating the functionality and construction methods of these components.

traditional villagelightweight componentsself-builtconstruction methods

赵倩文、欧阳文

展开 >

北京建筑大学建筑与城市规划学院

北京建筑大学

传统村落 轻质构件 自发搭建 构造方式

国家自然科学基金面上项目

51878021

2024

住区
清华大学,清华大学建筑设计研究院和中国建筑工业出版社联合主办

住区

影响因子:0.091
ISSN:1674-9073
年,卷(期):2024.(2)
  • 14