不同气候下传统合院形态分析OA
Analysis on the Traditional Courtyard Forms under Different Climates:A Case of the Typical Courtyards in Dingxi,Gansu Province
不同气候条件下,合院民居的形态往往呈现出显著差异,这些差异体现了长期适应自然气候的智慧.文章以甘肃定西地区南北两大气候区——北部干旱半干旱区与南部高寒阴湿区的合院民居为研究对象,运用空间句法的视域分析(VGA)与Agent路径模拟方法,从静态结构与动态行为模式两个维度,系统地量化对比其空间形态特征.研究发现:在北部黄土丘陵沟壑区的干冷气候下,合院形态呈现出强烈的内向围合性、空间均质化与明确的防风保温倾向;而在南部高寒阴湿气候区,合院在维持基本内向格局的同时,更注重空间的渗透性、层级分化与通风散热.基于此,文章揭示了两种形态背后的适应性逻辑,并提出分区适应、精准优化的更新策略,以期为甘肃定西地区传统合院民居的可持续保护与人居环境质量提升提供科学依据与实践参考.
Under different climatic conditions,the forms of courtyard residences often exhibit significant differences,reflecting the wisdom of long-term adaptation to the natural climates.This paper takes the courtyard residences in the arid and semi-arid areas in the north and in the high,cold and damp areas in the south of Dingxi region in Gansu Province,as the research objects.By utilizing the Viewpoint Analysis(VGA)and Agent path simulation methods of spatial syntax,this paper systematically quantifies and compares their spatial morphological characteristics from two dimensions:static structure and dynamic behavior patterns.It is found that under the dry and cold climate of the loss hilly and gully region in the north,the courtyard form exhibits strong inward enclosure,spatial homogeneity,and a clear tendency towards wind prevention and thermal insulation.In contrast,in the high,cold,and damp climate zone in the south,while maintaining the basic inward pattern,the courtyard pays more attention to spatial permeability,hierarchical differentiation,and ventilation and heat dissipation.Based on this,this paper reveals the adaptive logic behind these two forms and proposes an updated strategy for zoning adaptation and precise optimization,aiming to provide scientific basis and practical reference for the sustainable protection of the traditional residences and for the improvement of the quality of the living environment in Dingxi region,Gansu Province.
吴一凡;李天聪
兰州理工大学建筑与艺术设计学院兰州理工大学建筑与艺术设计学院
建筑与水利
合院民居空间句法视域分析空间形态定西地区
traditional residential housesspace syntaxview point analysisspatial morphologyDingxi region
《城市建筑》 2026 (17)
21-26,6
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