Journal of South Architecture

Research on Quantitative Evaluation Method for Morphological Resilience of Historical Blocks—Taking the Historical and Cultural Blocks in the Xinanyu and Dongnanyu Subdistricts of Luoyang City as an Example

ZHAOPengrui (School of Architecture, South China University of Technology, State Key Laboratory of Subtropical Building Science), TIANYinsheng (School of Architecture, South China University of Technology, State Key Laboratory of Subtropical Building Science)

Abstract


At present, the research on the resilience of historical blocks is mainly focused on the theoretical interpretation, and lacks the scientific and complete practical approach to quantify the resilience. For the purpose of protecting the morphology of historical blocks, the resistance of morphology is the main body of quantitative evaluation of the morphological resilience. On the basis of analyzing the feasibility of combining Conzen’ s morphological framework with the resilience theory, a quantitative evaluation method for the morphological resilience of historical districts was constructed, which took the division of “morphological resilience regions”as the core. Four morphological resilience indexes including road system connectivity, block modularity, land use function diversity and building texture robustness were used in the evaluation. Finally, weighted overlay was used to obtain the regional map of historical blocks’morphological resilience, which was used to reflect the resilience of different morphological types. On this basis, five types of morphological resilience management units are further divided according to the style type and the strength of resilience. The ultimate goal is to realize the meticulous protection and management of the morphology of the historic district.


Keywords


historical block; quantification of morphological resilience; evaluation method; morphological resilience region; management units

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References


DAI Wei, SUN Yimin, HAN Meir, Taneer Kunikao Bachin. Towards Resilience Planning: a Study On Delta Planning From An International Perspective [J] . Urban Planning International, 2018, 33(3):83-91.

ZANG X Y, WANG Qiao. Concept Evolution, Research Content And Development Trend of Urban Resilience [J] . Science and Technology Review,2019,37(22):94-104.

XIE Wenlong, SUN Cheng. Analysis on the Contemporary Development Trend of Resilience-Oriented Urban Design [J] . Contemporary Architecture,2021( 12):21-24.

XU Chan, ZHAO Zhicong, WEN Tianzuo. Resilience: Concept analysis and reconstruction from a multidisciplinary perspective [J] . Journal of Western Human Settlements and Environment, 2017, 32(05): 59-70.

DASTJERDI M S, Lak A, GHAFFARI A, et al. A Conceptual Framework for Resilient Place Assessment Based on Spatial Resilience Approach: An Integrative Review [J] . Urban Climate, 2021, 36: 100794.

FUSCO G, VENERANDI A. Assessing Morphological Resilience.

Methodological Challenges for Metropolitan areas[C] ∥ International Conference on Computational Science and Its Applications. Springer, Cham, 2020: 593-609.

PENG Chong, GUO Zuyuan, PENG Zhongren. The Theoretical And Practical Progress of Community Resilience in Foreign Countries [J] . Urban Planning International,2017,32(4):60-66.

GUO Xiaodong, FEI Zhitao, WANG Zhitao. The Rigidity, Elasticity and Resilience of Urban Disaster Response [J] . Urban and Rural Planning,2021(3):35-42.

YUAN Qifeng, CAI Tianshu, HUANG Na. Preservation and Renewal of Historic Blocks From the Perspective of Resilience: A Case Study of Shantou Small Park Historic Block and Foshan Zumiao Donghuali Historic Block [J] . Planner,2016,32( 10):116-122.

QIU A. Ten steps Towards Toughness City [J] . Journal of China city, 2021, 35 (01) : 1-8.

LU Y, ZHAI G, ZHOU S, et al. Risk Reduction Through Urban Spatial Resilience: A Theoretical Framework[J] . Human and Ecological Risk Assessment: An International Journal, 2021, 27(4): 921-937.

FELICIOTTI A, ROMICE O, PORTA S. Design for Change: Five Proxies for Resilience in the Urban form[J] . Open House International, 2016.

CHEN Bilin, SUN Yimin, LI Yinglong. Study on Adaptive Transformation of Meso-Micro Resilient Urban Morphology: A case study of Shekou Industrial Zone in Shenzhen [J] . Urban Development Research, 201,28(6):101.

FELICIOTTI A. Resilience and Urban Design[D] . University of Strathclyde, 2018.

YE Y, ZHUANG Y. Evolution Hypothesis of Spatial Form and Vitality of New District: Based on Integrated Analysis of Street Accessibility, Building Density, Form and Functional Mixing Degree [J] . Urban Planning International,2017,32(02):43-49.

TIAN Yinsheng. The Management Unit of Urban form: Significance, Construction and Application [J] . City Planning Review, 2021,45(7):9-16.

YAO Sheng, TIAN Yinsheng, CHEN Jintang. Theory of Regionalization of Urban Form and its Role in Heritage Protection [J] . City Planning Review,2013( 11):47-53,66.

ZHANG Jian, TIAN Yinsheng, GU Kai, et al. Property plot Under the Perspective of Western Urban Morphology Research and Enlightenment [J/OL]. Urban Planning: 1-9 [2022-03-19].http: ∥kns.cnki.net/kcms/detail/11.2378.TU.20220301.1650.004.html

FELICIOTTI A, ROMICE O, PORTA S. Urban Regeneration, Masterplans and Resilience: the Case of Gorbals, Glasgow [J] . Urban Morphology, 2017, 21( 1): 61-79.

TIAN Yinsheng, CAI Meng, DENG Shushan. Organic Renewal of Historical Towns Based on “Management Unit”—An experiment of Wenquan Town in Conghua District, Guangzhou [J] . Urban construction, 2017 (33) : 33-37.




DOI: https://doi.org/10.33142/jsa.v2i1.15471

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ISSN: 3029-2336 | Jointly published by Viser Technology Pte. Ltd. and Editorial Department of Southern Architecture