2023, Volume 11
2022, Volume 10
2021, Volume 9
2020, Volume 8
2019, Volume 7
2018, Volume 6
2017, Volume 5
2016, Volume 4
2015, Volume 3
2014, Volume 2
2013, Volume 1
Submit a Manuscript
Publishing with us to make your research visible to the widest possible audience.
Propose a Special Issue
Building a community of authors and readers to discuss the latest research and develop new ideas.
1Powerchina Kunming Engineering Corporation Limited, Kunming, China
2Powerchina International Group Limited, Beijing, China
Dams’ safety affects their expected benefits and puts human life and property, in addition to local public security, at risk, as dams are important pillar infrastructures supporting the sustainable socioeconomic development of a number of countries. As an important means for safe dam operations and management, safety monitoring efforts should permeate all phases of the full lifecycle of dams, including design, construction, and operation, with objectives to be achieved at each phase. Equal emphasis should be placed on the construction and operations of monitoring systems, inspections and instrument observations, evaluation and acquisition of results, and risk warning and analysis feedback. This is to address the pressing issues encountered in routine monitoring work, such as increased effort in construction and decreased effort in management, superficial inspections, inadequate maintenance of monitoring facilities, and an absence of satisfactory analysis of monitoring results. Based on China’s Technical Standard for Concrete Dam Safety Monitoring (GB/T 51416-2020), the systemic nature of the full lifecycle of concrete dam safety monitoring efforts and the “four equal emphases” were elaborated in this paper, revealing a shift from putting more effort on design and construction to focusing on the full lifecycle of monitoring work in a bid to comprehensively improve the safety monitoring and management of dams towards higher standards.
Dam Safety, Concrete Dam, Monitoring, Standard, Four Equal Emphases
Shuai Zhang, Guang Yang, Libing Zhang, Zhiyong Zhao. (2023). Enhancing Safety Monitoring and Management for Concrete Dams: A Comprehensive Lifecycle Approach in China. American Journal of Civil Engineering, 11(3), 36-39. https://doi.org/10.11648/j.ajce.20231103.12
Copyright © 2023 Authors retain the copyright of this article.
This article is an open access article distributed under the Creative Commons Attribution License (http://creativecommons.org/licenses/by/4.0/) which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
| 1. | DL/T 5178-2016. Technical specification for concrete dam safety monitoring. |
| 2. | DL/T 1558-2016. Code for operation and maintenance of dam safety monitoring system. |
| 3. | GB/T 51416-2020. Technical standard for concrete dam safety monitoring. |
| 4. | Gu, C. & Su, H. 2015. Current status and prospects of long-term service and risk assessment of concrete dams. Advances in Science and Technology of Water Resources 35 (5): 1-12. |
| 5. | Fang, W. & Fan, L. 2013. Studies on reservoir dam safety monitoring. China Water Resources 2013 (10): 28-30+40. |
| 6. | Shen, H. & Fu, C. 2015. Present situation of safety monitoring and control for hydropower dams and improvement. Dam & Safety 2015 (05): 1-7. |
| 7. | Liu, L. & Zhang, G. 2013. Thinking on strengthening reservoir dam safety inspection management. Water Conservancy Construction and Management 33 (07): 51-54. |
| 8. | Ma, F. & Hua, W. 2012. Current situation investigation of dam safety monitoring system for large and medium-sized reservoirs in Zhejiang Province. Water Resources and Power 30 (05): 48-50+76. |
| 9. | Shuai, Y. & Li, J. 2010. Present situation and strategies for dam safety monitoring in Hubei Province. Water Resources and Power 28 (08): 70-72+66. |
| 10. | Huang, Y. 2005. Main problems and countermeasures of dam safety monitoring in Fujian Province. Hydraulic Science and Technology 2005 (01): 52-53. |
| 11. | Yang, W. & Yuan, M. 2013. Statistical analysis and countermeasures of large and medium-sized reservoir dam safety monitoring in Guangdong Province. Guangdong Water Resources And Hydropower 2013 (01): 11-14. |
| 12. | Ma, X. & Yu, W. 2017. Present condition and development trend of dam safety monitoring in Jiangxi Province. Jiangxi Hydraulic Science & Technology 43 (01): 59-63. |
| 13. | Wang, K. 2013. Primary exploration on current situation and development of reservoir operation management. Gansu Water Resources And Hydropower Technology 49 (04): 26-27+30. |
| 14. | Zou, C. 2006. Theory and Engineering Practice of Remediation of Complicated High Slope. Beijing: China Water & Power Press. |
| 15. | Wang, Y. & Zhou, J. 2015. Current situation and prospect for safety monitoring data analysis of hydropower dams. Dam & Safety 2015 (05): 50-57. |
| 16. | Yi, K. & Chen, H. 2017. Research and construction of engineering safety analysis and decision-making support system for Xiaowan Hydropower Station. Water Power 43 (03): 123-127+131. |
| 17. | Na, W. & Sun, Y. 2018. Application of water engineering intelligent inspection system combined with Web GIS. Shanxi Hydrotechnics 2018 (03): 40-42+56. |
| 18. | Xu, Q. 2017. Research and application of patrol inspection management system for South-to-North Water Diversion Project. Yellow River 39 (12): 123-126+130. |
| 19. | He, T. 2014. Application of two-dimensional code technology in hydraulic structure inspection of Guangzhou Pumped Storage Power Station. Water Power 40 (11): 79-81. |
| 20. | Zhang, X. 2015. Improved dam supervision by new concepts and technologies. Dam & Safety 2015 (02): 7-9. |
| 21. | Li, L. & Cai, Y. 2005. New developments of dam safety monitoring and management for dams and reservoirs in China. Dam & Safety 2005 (06): 10-15. |
| 22. | Gu, C & Su, H. 2018. Review on service risk analysis of dam engineering. Journal of Hydraulic Engineering 49 (01): 26-35. |
