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Analysis on safety management measures in civil engineering construction
- 1 Tianjin University of Technology
* Author to whom correspondence should be addressed.
Abstract
Building construction involves many complex processes such as high-altitude operations, mechanized equipment operations, and transportation and handling of building materials. Construction is a high-risk industry with frequent accidents. Therefore, some efficient and practical preventive measures need to be proposed immediately to reduce the occurrence of these accidents. This paper introduces different types of construction accidents and analyzes the reasons in combination with the theory of accident causation, to provide implementable ways to improve the safety performance of construction projects. Finally, a few precautions are offered in this paper to prevent the similar accidents from happening. The research results show that measures such as improving the safety evaluation system, strengthening the operating environment, strictly controlling the installation and dismantling links, enhancing the lighting conditions at night, and controlling minor accidents can effectively prevent the occurrence of construction safety accidents.
Keywords
construction safety, safety management, construction accident
[1]. Yang Y 2022 Research on Construction Safety Risk Management of XH Project (Master's thesis, Hebei University of Geosciences)
[2]. Mo S 2022 Research on construction safety risk evaluation of comprehensive transportation hub engineering based on bayesian network (Master's thesis, Hebei Institute of Architecture and Engineering)
[3]. Notification of the General Office of the Ministry of Housing and Urban-Rural Develop-ment on Production Safety Accidents in Housing and Municipal Engineering https://w-ww.mohurd.gov.cn/
[4]. Zhang W 2022 Game study on construction safety management of pharmaceutical factory reconstruction project-taking plant b as an example (Master's thesis, Zhejiang University)
[5]. Aminu D, Madzlan N, Ideis O, Milijan M, Abdulrahman H, Hamzh A and Yasser Y 2022 Analysis of the causes and preventive measures of fatal fall-related accidents in the construction industry Ain Shams Eng. J. 13 101712
[6]. "12.13" Shishan Heights Fall Accident Investigation Report 2023-4-12 http: www.safehoo.com
[7]. Qian X 2021 Analysis and prevention of building construction fall accidents based on fishbone diagram-fault tree (FTA) House pp 172-174
[8]. Li J 2021 The management research on workers’ unsafe behavior of high falling risk in W construction project (Master's thesis, Qingdao University)
[9]. Luo W 2022 Research on the characteristics and prevention of falling accidents in building construction Cconst. Safety 37(1) pp 55-58
[10]. Investigation Report on the "7.3" Object Strike Accident of the Lakeside Royal Garden Construction Project 2022-11-29 http: www.safehoo.com
[11]. Li X and Chen Q 2012 Main types and prevention measures on construction production safety accidents in China CHN Civ. Eng. J. 45(2) pp 245-248
[12]. "7.14" Tower Crane Collapse Accident in Baoji City, Shaanxi Province 2015-3-3 http: www.safehoo.com
[13]. Wang J 2010 Causal Analysis and Safety Management Discussion on Hoisting Machinery Accidents E&M Engr. Tech. 39(2) pp 105-108+112
[14]. Qi J 2013 Discussion on how to do a good job in mechanical safety management on construction site from several mechanical injury accidents Const. Safety 3 pp 34-36
Cite this article
Fei,F. (2023). Analysis on safety management measures in civil engineering construction. Applied and Computational Engineering,24,51-57.
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Volume title: Proceedings of the 2023 International Conference on Functional Materials and Civil Engineering
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