Urban Planning
Saeid Amanpour; Farkhonde Hashemi Ghand Ali
Volume 3, Issue 4 , March 2023, , Pages 65-81
Abstract
AbstractOne of the serious problems that many Iranian cities are facing is the wear and tear of urban fabrics. Exhaustion represents the existence of conditions that threaten human life in different dimensions. The main goal of the current research is to investigate and evaluate the resilience of the ...
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AbstractOne of the serious problems that many Iranian cities are facing is the wear and tear of urban fabrics. Exhaustion represents the existence of conditions that threaten human life in different dimensions. The main goal of the current research is to investigate and evaluate the resilience of the physical components of the worn-out urban fabric in the city of Masjid Suleiman. This research has been done as a theoretical-applied study based on descriptive-analytical method. The method of collecting information is a combination of library and field methods. In this study, reliable domestic and foreign scientific sources and conversations with experts were used. In addition, by using a researcher-made questionnaire and using the fuzzy hierarchical weighting method (FAHP) and using Buckley's geometric mean technique, the relative weights of the criteria were calculated. Based on the results obtained, most of the variables affecting physical resilience such as: building skeleton, material type, number of floors, age of the building, building quality, number of units and width of the corridors of the worn-out fabric of the city of Suleiman Mosque are non-resilient or with low resilience and based on Among the 7 studied indicators, the studied area in the city of Masjid Suleiman is not in a favorable condition. In fact, it can be said that more than half of the worn fabric in Masjid Suleiman city (80.2%) has unfavorable resilience. The order of influence of physical resilience components in the worn-out fabric of Suleiman Mosque, based on their weights, from low to high, is: number of units, number of floors, width of passages, age of building, quality of building, structure of building and type of materials. Key words: evaluation, physical resilience, worn tissue, Masjid Suleiman city
