| Name | Longhua Wu | Gender | Male | Date of Birth | 16/07/1974 |
Position | Associate Professor | Graduated Institution | Hohai University | |||
Major | Hydraulics and River Dynamics | Degree | D.E. | |||
Telephone Number | 13951955826 | jxbywlh2003@hhu.edu.cn | ||||
Research Interests | • Hydraulics of water conservancy. • Integrated river system health evaluation and management. • Sediment movement, pier erosion and safety. • Impact of aquatic vegetation's status on flood discharging safety. • Post evaluation of the water conservancy construction. | |||||
Awards & Honors | 2011 First Class Award of Water Conservancy Science and Technology Award of Jiangxi Province, Pre-feasibility study of Poyang Lake entity model . 2004 Second Class Award of Technology Improvement Award of Jiangsu Province, Research and Application of intelligent simulation of measurement and control technology for complex flow . 2004 First Class Award of Technology Improvement Award of Hohai University, Research of intelligent simulation of measurement and key control technology for complex flow 2004 Third Class Award of the Development of Educational and Research Instrument of Jiangsu Province, Development of the key technology for Particle Digital Image Velocimetry | |||||
Achievements | Academic monograph 1. Longhua Wu, Xiaoli Yang, 2022. Theories and methods for river-system health warning. Beijing,China Water & Power Press. Patent s for invention 1. Longhua Wu, Jiaozhi Shi, Xiaoli Yang, Chenzhuo Fang, Cheng Hu, Jiangui Yang. A method for warning the state of river-system health. China Patent,ZL 2021 1 0219123.4,2022-08-23 2. Longhua Wu, Zhiwen Ning, Xiangbin Wang, Xiaoli Yang. A method for calculating the local scour depth of bridge pier on stratified silting riverbed. China Patent, ZL2017102062330，2020-04-21 3. Longhua Wu, Xiaoli Yang, Jiangui Yang. A method for calculating the flow resistance of the emergent vegetation in different states. China Patent, No. 201510524660.4，2018-03-27. 4. Longhua Wu, Xiaoli Yang, WU Kai, LI Meng-di. A Method of T style diversion and taking water with self-purification and ecological capacity from tidal waterway. China Patent, No. 201510040058.3，2017-01-25. Patent for utility models Eight patents for utility models have been authorized. Copyright of computer software Longhua Wu, Jiaozhi Shi. The system software for diagnosing and warning of river health. China, No.2015SR214970, 2015-11-06. Journal articles and Refereed conference papers Over 50 papers have been published. | |||||
Projects | Research funds received since 2018 1. 2022.8-2023.8. Hydraulic model test study on No.1 steep slope of No.7 trunk canal and energy dissipation facility of Yintao Water Supply project (Phase II), ¥ 198,000. 2. 2022.6-2023.6. Research data service on physical model of the second Drainage Pumping Station, West Dam sluice project and lake district of the Yundang lake, ¥600,000. 3. 2022.3-2023.1. Health assessment of Chi River in 2022, ¥237,000. 4. 2022.1-2023.1. Re-check of discharge curve of discharge structure of Shuikou Power Station of Fujian Shuikou Group Company, ¥668,470. 5. 2021.1-2022.6. Hydraulic model test of water intake, water transfer building and energy dissipation facilities of water source and water supply project in western Shenzhen, ¥800,000. 6. 2020.4-2021.4. Mechanical test of pipe drainage for research & development and testing platform of nuclear grade nonmetallic material equipment of nuclear power plant, ¥149,000. 7. 2019.12-2022.3. Hydraulic model test of RCC gravity dam for Quxi Urban and rural water supply project (water source part) in Tianshui City, ¥798,000. 8. 2019.8-2020.8. Hydrodynamic Numerical simulation of complex river network in Huai'an District, Huai'an City, ¥350,000. 9. 2019.7-2021.7.Assessment and early warning of river health status of Dongjiang River in 2019, ¥249,600. 10. 2019.3-2022.6. Experimental study on hydraulic model test of trunk canal constructions in Yintao Water Supply Project (Phase II), ¥1,080,000. 11. 2019.3-2022.3. Experimental study on hydraulic model of measure-control integrated gate of Yintao water supply Project (Phase II), ¥690,000. 12. 2019.2-2.20.2. Hydraulic model test study on the spillway structure of Lianghe Reservoir Project in Zhuanglang County, Pingliang City, Gansu Province, ¥ 438,000. 13. 2018.9-2019.9. Numerical analysis and fluid-induced vibration test of arc-gate of spillway dam in Jiangpingzhai Navigation & Power Project in Qingshui, Guizhou Province, ¥ 466,000. 14. 2018.7-2.19.7Hydraulic model test of spillway of Wuliba Reservoir in Pingtang County, Guizhou Province, ¥ 250,000. | |||||
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