Risk identification of expressway project management based on WBS method

Authors

  • Jiayu Liu

DOI:

https://doi.org/10.54691/bcpbm.v40i.4354

Keywords:

Expressway; Risk Identification; WBS; FMEA.

Abstract

With the rapid development of science and technology and the acceleration of people's life rhythm, the emergence of expressway is of great significance to the progress of our country. Based on the characteristics of expressway construction, the identification of risks is particularly important. Based on WBS method and combined with FMEA analysis method, this paper proposes a risk identification method for expressway. Taking Xiyu expressway as an example, the specific application of the method to Tuhe super large bridge is carried out. After the project is decomposed, the risk source is identified, and the experts score the project, calculate the risk priority number, and finally put forward the corresponding control method.

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References

Guo Liqiang & Tian Yanjun. (2009). Engineering project risk identification based on WBS decomposition method. Chinese High-tech Enterprises (14), 132-133.

Zhou Hongbo, Gao Wenjie, Cai Laibing & Zhang Hui. (2009). Fault Tree Risk Identification and Analysis of Subway Foundation Pit Based on WBS-RBS. Geotechnical Mechanics (09), 2703-2707+2726.

Zhang Zhiqing & Wang Wenzhou. (2010).Improvement and application of project risk identification method based on WBS-RBS matrix. Project Management Technology (04), 74-78.

Tian Jie. (2011). WBS method is used to identify risks during construction period of expressway electromechanical engineering. Traffic Standardization (16), 155-158.

Yu Suping. (2013). Research on network analysis method for construction safety risk assessment of highway engineering. Journal of Underground Space and Engineering (01), 216-222.

Xue Yao, Liu Yongqiang, Dai Wei & Fangyuan. (2014). WBS-RBS Method for Risk Identification in the Whole Process Management of Hydraulic Engineering. Rural Water Resources and Hydropower in China (02), 71-74+78.

Wang Jingchun, Lin Jiaxiu & Jin Junzhong. (2019). Risk analysis and application of highway tunnel construction based on improved K-Means clustering model. Highway Transportation Technology (06), 58-64.

Li Zongkun, Wang Te and Ge Wei & Song Ziyuan. (2020). Risk analysis of artificial island construction of Hongkong-Zhuhai-Macao Bridge based on WBS-RBS and AHP. Journal of Zhengzhou University (Engineering Edition) (03), 62-66.

Jiang Huijie, Wu Huibo, Xia Liming & Zhao Chunxue. (2012). Risk assessment of expressway construction progress. Journal of Chongqing University (Social Science Edition) (02), 87-93.

Dong Liuqun. (2008). Discussing the identification of life cycle risk of Expressway project. Project Management Technology (08), 37-41.

Chen Guohua, Wu Wusheng, Xu Sanyuan & Liu Kun. (2013). HSE risk assessment of cross-sea bridge construction based on WBS-RBS and AHP. Journal of Safety Science of China (09), 51-57.

Shizhou, Liu Dongdong, Jifeng & Feng Chuanbao. (2020). Risk assessment of foundation construction of super large caisson based on WBS-RBS. Railway Building (08), 37-42.

Jiangping, Chenghu. (2000). Study on method and criterion of structural decomposition (WBS) of construction project. Journal of Southeast University (Natural Science Edition) (04), 105-108.

Chen Yongfei. (2002). Introduction to FMEA. Mechanical Engineer (01), 31-35.

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Published

2023-03-08

How to Cite

Liu, J. (2023). Risk identification of expressway project management based on WBS method. BCP Business & Management, 40, 8-16. https://doi.org/10.54691/bcpbm.v40i.4354