Frontiers in Educational Research, 2023, 6(5); doi: 10.25236/FER.2023.060502.
School of Water Conservancy, North China University of Water Resources and Electric Power, Zhengzhou, 450045, China
The course of hydraulic engineering construction teaching is rich in content, wide in scope of research, but short in duration. Teachers often do not have enough time to teach many knowledge points that need to be mastered in practical engineering. For example, the knowledge point of "wave climbing" is seldom reflected in the course, but practical engineering is inevitable. Based on the concept of case method, this paper designed the teaching path, incorporated relevant specifications, and taught the characteristics, sources, calculation processes and formulas of wave climbing in limited class hours, so that students can understand this knowledge point.
Hydraulic engineering construction; Weir crest elevation; Wave climbing; Case method
Shoukai Chen. Hydraulic Engineering Construction Teaching Based on Case Method-Taking Wave Climbing as an Example. Frontiers in Educational Research (2023) Vol. 6, Issue 5: 6-10. https://doi.org/10.25236/FER.2023.060502.
 Wang Zhijun, Gong Chengyong, Wang Yu. Design and practice of hybrid virtual simulation experiment teaching of Water conservancy engineering construction[J]. Experimental Science and Technology,2022,20(03):31-36.
 Yu Guohui, Jiang Li, Jiao Yantao. Exploring the teaching of "Water Conservancy Engineering Construction"[J]. Journal of Zhejiang Industrial and Commercial Vocational Technology College, 2019, 18(01):67-70.
 Qiu Zhenwei. Talking about the course characteristics and teaching methods of "Water Conservancy Engineering Construction" [J]. Teaching and Research, 1993(01):22-24.
 Zheng Dianxiang, Zhou Rongxing, Jin Ruiqing, Zheng Ling. Discussion on the calculation method of Wave climbing height in plain reservoirs[J]. People's Yellow River,2009,31(03):86-87.
 Xie L, Wu Y. The influence of Wave climbing height on the stability of grouted block face protection[J]. Water Science and Technology and Economy, 2021,27(12):1-6.
 Zhang S. F., Wei K. M., Hu R. C., Luo W. G., Cai W. X. Numerical simulation analysis of the influencing factors of Wave climbing height of stepped seawall [J]. Journal of Guangxi University (Natural Science Edition), 2016, 41(06):1789-1796.
 Pan Dezhou, Wu Hai, Wang Jianxin, Yuan Liang. Design and construction of key technical control of inflow retaining cofferdam for Roach Gate de-risk reinforcement project[J]. Governance of Huaihuai, 2015(07): 44-45.
 Zheng Zhao, Wu Tian, Wang Weifeng. Rapid calculation method for safe ultra-high dike height[J]. Water Resources Technical Supervision, 2021(10): 204-207.