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Name of Supervisor |
Xia Shifa |
Date of Birth |
Aug. 1976 |
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Gender |
Male |
Professional Title |
Professor |
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Administrative Post |
Digital and Intelligent Construction Center, IWHR Executive Director/Beijing IWHR Corporation. Executive Director & General Manager |
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Research Area |
Hydraulic Structure |
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xiasf@iwhr.com |
Telephone |
+86-10-68786215 |
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Academic and Professional Experience |
Education 1994-1998 Hohai University, Bachelor of Engineering in Agricultural Hydraulic Engineering 2001-2004 Hohai University, Master of Engineering in Hydraulic Structure 2013-2019 China Institute of Water Resources and Hydropower Research, Doctor of Engineering in Hydraulic Structure International Conference Participation Jun. 2008 Attended the 76th International Commission on Large Dams (ICOLD) Congress, Bulgaria Oct. 2015 Attended the 4th International Conference on Concrete Repair, Rehabilitation and Retrofitting (ICCRRR), Leipzig, Germany Work Experience 1998- 2001 Tianjin Investigation, Design and Research Institute, Ministry of Water Resources Deputy Team Leader, Site Design Representative for the Zhangweixin River Regulation Project 2004-2005 Department of Materials, China Institute of Water Resources and Hydropower Research (IWHR) Engineer 2005 -2010 Department of Materials, IWHR, Deputy Director, Engineering Department 2010 -2013 Department of Materials, IWHR, Director, Engineering Department 2013-2025 Department of Materials, IWHR / Kehaili Company, Deputy Director of the Department / Deputy General Manager 2020-2021 Xinjiang Irtysh River Basin Development Engineering Construction Administration Bureau, Deputy Director, Engineering Construction Department 2022 -Present Key Laboratory of Hydraulic Engineering Materials, Ministry of Water Resources, Director 2023 -2024 Xinjiang Water Resources Development and Investment (Group) Co., Ltd. Leader, "Small Expert Group" for Innovative Intellectual Aid to Xinjiang 2025 -Present Digital and Intelligent Construction Center, IWHR Executive Director 2025 - Present Beijing IWHR Corporation. Executive Director & General Manager |
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Brief Introduction to Research Interests and Academic Achievements |
As project leader, utilized self-developed finite element programs to complete key research on temperature control and crack prevention during construction for major national Western Development projects, including the Kala Suk RCC gravity dam in Xinjiang, the Burqin Shankou arch dam, and the Ming River aqueduct of the South-to-North Water Diversion Project. Led the team in long-term site assignments to research and solve complex engineering challenges, providing on-site guidance for project construction with excellent results. The relevant achievements have been successfully promoted and applied across China. As project leader, oversaw technical consultation and construction for the asphalt concrete slab supply and partial slope placement at the upper reservoir of the Hohhot Pumped Storage Power Station in Inner Mongolia, and the application research of acidic aggregate for the asphalt slabs at the upper reservoir of the Shandong Yimeng Pumped Storage project. The team under his leadership was awarded the "Advanced Quality Team" honor in 2012 by Three Gorges Group's Hohhot Company. Individually, he was awarded the "Outstanding Builder" honor in 2013 by China Three Gorges Corporation. As the first asphalt concrete face rockfill dam in China's severe cold region, it features a total asphalt impervious area of 244,800 m2. The design index for the low-temperature fracture temperature of the impervious layer asphalt concrete was≤-45°C.After commissioning, the upper reservoir asphalt concrete panels have been completely watertight. This project filled the domestic technological gap for full reservoir asphalt concrete impervious systems in pumped storage power stations located in high-cold regions. As lead or key participant, completed the development and promotion of technologies including repair, protection, and roughness reduction for increased flow capacity in large and medium-sized canal aqueducts; carbon fiber reinforcement technology for broken wires in PCCP pipes; and the development and application of SK single-component polyurea and YEC epoxy coatings. These new products and technologies have been successfully applied in hundreds of water resources and hydropower projects. Several of these technologies have been incorporated into relevant technical specifications and included in the Ministry of Water Resources' Science and Technology Promotion Catalog.
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