基于WSR-SWOT模型的历史建筑绿色再生现状与发展因素AHP分析
江西财经大学, 工程管理系, 江西南昌 330032
| 摘 要： | 针对我国历史建筑保护利用现存问题，首先通过提出历史建筑绿色再生的概念，对其整体发展历程进行简要回顾、总结得失，更好地说明历史建筑绿色再生优点和发展的必要性。然后，从物理、事理、人理三个角度，对历史建筑绿色再生在我国现发展阶段的优势与劣势、外部的机遇与挑战进行梳理，总结出相应的发展要素架构。利用AHP模型分析对三个系统下层影响要素优化提炼，从而得出其核心发展要素结构，指出当前我国历史建筑绿色再生在发展中社会共识、专业技术、标准实施体系、财政支持和社会资本5个发展核心要素与相互作用关系。结合我国历史建筑当下的5种利用类型特点，再度归类分析对应重要的发展影响因素，结合国内历史建筑绿色再生较好的地区案例，进一步提出两种模式相对应的发展建议。 |
| 关 键 词： | 历史建筑; 绿色再生; WSR-SWOT; AHP |
| DOI： | 10.57237/j.jest.2023.01.001 |
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收稿日期: 2022-11-25
接受日期: 2023-01-13
在线出版日期: 2023-02-03
Research on Green Rehabilitation of Historical Buildings Based on WSR-SWOT and AHP Analysis of Its Developmental Factors
Department of Engineering Management, Jiangxi University of Finance and Economics, Nanchang 330032, China
| Abstract: | In view of China’s existing problems in the preservation and redevelopment of historical buildings in China, the concept of green rehabilitation of historical buildings is proposed, and its development process of is briefly summarized explaining the advantages and developmental necessities of green rehabilitation of historical buildings. From the perspective of WRS, the strength and weakness of the green rehabilitation of historical buildings in China currently, as well as external opportunities and threats, are sorted out. The AHP analysis is used to optimize the element structure of development. And it abstracts social consensus, professional technology, standard implementation system, financial support and social capital as the five core elements and their interaction in the development of green regeneration of historical buildings in China. Combined with the characteristics of five utilization types of Chinese historical buildings, this paper classifies and analyzes the corresponding important development factors, and further puts forward the corresponding development suggestions of two modes in combination with the cases of domestic historical buildings with better green regeneration. |
| Keywords: | Historical Buildings; Green Rehabilitation; WSR-SWOT Model; AHP Analysis |
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