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基于病害预防的古建筑空间环境分析及保护策略研究

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不同的空间环境因素会造成局部微气候的变化,而古建筑在不利的微气候条件长期损害下会产生不同程度和不同类型的病害现象.研究以河南省新乡市三座古建筑为研究样本,实测和调研了一天之中不同方位的微气候数据、样本建筑各立面的病害受损情况以及周边100m*100m范围内空间环境指标.通过分析容积率、建筑密度、绿地率等空间环境指标与微气候之间的相关性,发现空间环境指标对微气候的影响度排序为容积率>建筑密度>绿地率;通过样本建筑病害面积比和微气候数据比较,发现微气候的差异和巨大波动会造成古建筑病害类型的差异和受损面积的显著提高.据此,从宏观城市规划层面和微观具体保护层面提出了相应预防性保护策略.
Spatial environment analysis and protection strategy research of ancient buildings based on disease prevention
Different spatial environmental factors will cause the change of local microclimate,and ancient buildings will have different degrees and different types of diseases under the long-term damage of adverse microclimate conditions.This study took three ancient buildings in Xinxiang,Henan Province as research samples,measured and investigated the microclimate data of different directions in one day,the disease damage of each facade of the sample buildings,and the surrounding spatial environment indicators within the range of 100 m*100 m.By analyzing the correlation between the space environment index such as plot ratio,building density,green land rate and microclimate,it is found that the spatial environment index's impact on microclimate is ranked as plot ratio>building density>green land rate.By comparing the area ratio of the sample buildings with the microclimate data,it is found that the difference and huge fluctuation of the microclimate will cause the difference of the ancient buildings'disease types and the significant increase of the damaged area.Finally,according to the conclusion,the corresponding preventive protection strategies are proposed from the macro-urban planning level and micro-specific protection level.

Ancient buildingsMicroclimateDisease preventionSpace environment

毛志远、郭振宽

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河南科技学院园艺园林学院,河南新乡 453003

古建筑 微气候 病害预防 空间环境

河南省科技攻关计划新乡市社科联调研课题

222102320384SKL2023169

2024

河南科技学院学报(自然科学版)
河南科技学院

河南科技学院学报(自然科学版)

影响因子:0.557
ISSN:1673-6060
年,卷(期):2024.52(5)