首页|北京西四北历史文化街区平房院落能源性能综合研究

北京西四北历史文化街区平房院落能源性能综合研究

扫码查看
作为集中连片体现历史风貌的精华地区,历史文化街区整体保护与平房院落更新改造的冲突日益显著.近年来,北京相继出台历史文化街区与平房院落保护更新的条例与导则,取得一定成效,但如何在满足居民生活需求与意愿的前提下,用最小干扰的设计手法进行平房院落的成套化改造,成为当前老城平房院落更新的议题.本文以北京市西四北历史文化街区二条3号院改造为例,采用调研法、文献法和计算模拟法对该地区平房院落建筑形制、院落热环境和建筑围护结构进行定性与定量分析,为当前平房院落改造提供风貌保护与居住改善需求上的平衡,具有重要现实意义.
Comprehensive study on the energy performance of cottage courtyards in Beijing's Xisibei historical and cultural districts
As a concentrated and contiguous area reflecting the essence of the historical landscape,the conflict between the overall conservation of historical and cultural districts and the renewal of bungalow compounds has become increasingly significant.In recent years,Beijing has issued regulations and guidelines for the conservation and renewal of historic and cultural districts and bungalow compounds,which have achieved certain results.However,how to carry out the complete renovation of bungalow compounds with the least intrusive design approach while meeting the needs and wishes of residents has become a current issue in the renewal of bungalow compounds in old cities.This paper presents a qualitative and quantitative analysis of the architectural form,thermal environment and building envelope of the Ertiao No.3 courtyards in the Xisibei historical and cultural district of Beijing,using research,literature and computational simulations as an example,to provide a balance between the need for style preservation and residential improvement for the current renovation of bungalow courtyards.As a concentrated and contiguous area reflecting the essence of the historical landscape,the conflict between the overall conservation of historical and cultural districts and the renewal of bungalow compounds has become increasingly significant.In recent years,Beijing has issued regulations and guidelines for the conservation and renewal of historic and cultural districts and bungalow compounds,which have achieved certain results.However,how to carry out the complete renovation of bungalow compounds with the least intrusive design approach while meeting the needs and wishes of residents has become a current issue in the renewal of bungalow compounds in old cities.This paper presents a qualitative and quantitative analysis of the architectural form,thermal environment and building envelope of the Ertiao No.3 courtyards in the Xisibei historical and cultural district of Beijing,using research,literature and computational simulations as an example,to provide a balance between the need for style preservation and residential improvement for the current renovation of bungalow courtyards.As a concentrated and contiguous area reflecting the essence of the historical landscape,the conflict between the overall conservation of historical and cultural districts and the renewal of bungalow compounds has become increasingly significant.In recent years,Beijing has issued regulations and guidelines for the conservation and renewal of historic and cultural districts and bungalow compounds,which have achieved certain results.However,how to carry out the complete renovation of bungalow compounds with the least intrusive design approach while meeting the needs and wishes of residents has become a current issue in the renewal of bungalow compounds in old cities.This paper presents a qualitative and quantitative analysis of the architectural form,thermal environment and building envelope of the Ertiao No.3 courtyards in the Xisibei historical and cultural district of Beijing,using research,literature and computational simulations as an example,to provide a balance between the need for style preservation and residential improvement for the current renovation of bungalow courtyards.As a concentrated and contiguous area reflecting the essence of the historical landscape,the conflict between the overall conservation of historical and cultural districts and the renewal of bungalow compounds has become increasingly significant.In recent years,Beijing has issued regulations and guidelines for the conservation and renewal of historic and cultural districts and bungalow compounds,which have achieved certain results.However,how to carry out the complete renovation of bungalow compounds with the least intrusive design approach while meeting the needs and wishes of residents has become a current issue in the renewal of bungalow compounds in old cities.This paper presents a qualitative and quantitative analysis of the architectural form,thermal environment and building envelope of the Ertiao No.3 courtyards in the Xisibei historical and cultural district of Beijing,using research,literature and computational simulations as an example,to provide a balance between the need for style preservation and residential improvement for the current renovation of bungalow courtyards.As a concentrated and contiguous area reflecting the essence of the historical landscape,the conflict between the overall conservation of historical and cultural districts and the renewal of bungalow compounds has become increasingly significant.In recent years,Beijing has issued regulations and guidelines for the conservation and renewal of historic and cultural districts and bungalow compounds,which have achieved certain results.However,how to carry out the complete renovation of bungalow compounds with the least intrusive design approach while meeting the needs and wishes of residents has become a current issue in the renewal of bungalow compounds in old cities.This paper presents a qualitative and quantitative analysis of the architectural form,thermal environment and building envelope of the Ertiao No.3 courtyards in the Xisibei historical and cultural district of Beijing,using research,literature and computational simulations as an example,to provide a balance between the need for style preservation and residential improvement for the current renovation of bungalow courtyards.

urban regenerationXisibei historical and cultural districtcottage courtyardenergy-saving renovationcomputational simulation

张曼、曹雪萦、汤羽扬

展开 >

北京建筑大学建筑与城市规划学院

北京建筑大学建筑遗产研究院

城市更新 西四北历史文化街区 平房院落 节能改造 计算模拟

国家自然科学基金重点项目北京建筑大学青年教师科研能力提升计划北京建筑大学2022年研究生创新项目

51938002X22025PG2022020

2024

西部人居环境学刊
重庆大学

西部人居环境学刊

CSTPCD北大核心
影响因子:0.698
ISSN:2095-6304
年,卷(期):2024.39(2)
  • 6