Abstract
Large-scale sports stadiums are an important part of China’s sports stadium system and an important material basis and prerequisite for China’s basic public sports service system. This paper aims to establish the evaluation index system by exploring the utilization of large stadiums and gymnasiums under the background of sustainable development and to provide important reference for the construction and utilization of stadiums and gymnasiums in the future. Using literature methods, quantitative statistics, analytic hierarchy process (AHP), and other methods, focusing on sustainable use, this study develops a postgame utilization evaluation system for large stadiums, considering the design, construction, operation, and management of the stadium. This paper identifies 5 first-level indicators, 13 second-level indicators, and 38 third-level indicators, which mainly included five aspects of comprehensive performance, service level, environmental performance, economic performance, and venue maintenance. The AHP method was used to determine the index weight coefficient, thus forming a sustainable use evaluation index system for the large stadiums. Finally, taking Bengbu Sports Center in Anhui province as an example, this paper makes an empirical analysis.
Highlights
Large-scale sports stadiums, which are an important part of China’s sports stadium system, are an important material basis and prerequisite for China’s basic public sports service system
Based on the comprehensive performance of stadiums and gymnasiums, service level, environmental performance, economic performance, and stadium maintenance, this paper constructs an Mathematical Problems in Engineering evaluation system for the sustainable utilization of large-scale stadiums and gymnasiums after competition, including the whole life cycle of stadiums and gymnasiums design, construction, operation, and management, and constructs a fuzzy comprehensive evaluation model. e article focuses on whether the use of large stadiums and gymnasiums after the games is in line with the concept of sustainable development
Based on a summary of these previous studies, the present study develops a sustainable postgame utilization evaluation system for large stadiums focusing on the relationship between venues, environment, and people
Summary
Large-scale sports stadiums, which are an important part of China’s sports stadium system, are an important material basis and prerequisite for China’s basic public sports service system. Erefore, it is of great guiding significance and practical importance to construct a postgame utilization evaluation system for large stadiums, considering the design, construction, operation, and management of the stadium and focusing on sustainable utilization. Based on the comprehensive performance of stadiums and gymnasiums, service level, environmental performance, economic performance, and stadium maintenance, this paper constructs an Mathematical Problems in Engineering evaluation system for the sustainable utilization of large-scale stadiums and gymnasiums after competition, including the whole life cycle of stadiums and gymnasiums design, construction, operation, and management, and constructs a fuzzy comprehensive evaluation model. Based on the comprehensive performance of stadiums and gymnasiums, service level, environmental performance, economic performance, and stadium maintenance, this paper constructs an Mathematical Problems in Engineering evaluation system for the sustainable utilization of large-scale stadiums and gymnasiums after competition, including the whole life cycle of stadiums and gymnasiums design, construction, operation, and management, and constructs a fuzzy comprehensive evaluation model. e article focuses on whether the use of large stadiums and gymnasiums after the games is in line with the concept of sustainable development
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