| Chair: |
Co-chair: |
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Guanglin Wu
Guangdong Ocean University, China
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Hongfei Mao
Guangdong Ocean University, China
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Keywords:
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- Basic Theory of Hydrodynamics in Marine Engineering (海洋工程水动力基础理论)
- Wave Propagation and Evolution (波浪传播与演化)
- Wave Action on Structures (波浪对结构物的作用)
- Sediment Transport and Coastal Evolution (泥沙运动与海岸演变)
- Observation and Monitoring of Marine Engineering Environment (海洋工程环境观测与监测)
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| Topics (include but are not limited to): |
- Basic theories of marine engineering hydrodynamics (海洋工程水动力基础理论)
- Characteristics and simulation methods of wave propagation and evolution (波浪传播与演化特性及模拟方法)
- Interaction mechanism between waves and marine engineering structures (波浪与海洋工程结构物的相互作用机理)
- Laws of sediment transport, coastal evolution mechanisms and protection technologies (泥沙运动规律与海岸演变机制及防护技术)
- Observation and monitoring technologies of marine engineering environment and data application (海洋工程环境观测、监测技术与数据应用)
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| Summary: |
| This session focuses on the core field of marine engineering hydrodynamics, which serves as a crucial theoretical and technical support for the R&D of marine engineering equipment, coastal engineering construction and marine environmental governance, and is of great significance to the high-quality development of the marine engineering field. Targeting university scholars, researchers, engineering and technical personnel and postgraduates in marine engineering, hydraulic engineering, naval architecture and other related fields, it conducts in-depth exchanges around key directions such as the basic theories of marine engineering hydrodynamics and wave-structure interaction. It aims to share the latest research results and engineering application experience, build an industry-university-research exchange and cooperation platform, promote academic discussion and technological innovation in this field, and facilitate the implementation and development of relevant technologies. |
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| 本专题聚焦海洋工程水动力核心领域，是保障海洋工程装备研发、海岸工程建设与海洋环境治理的关键理论与技术支撑，对海洋工程领域高质量发展具有重要意义。论坛面向海洋工程、水利工程、船舶工程等领域的高校学者、科研人员、工程技术人员及研究生，围绕海洋工程水动力基础理论、波浪与结构物相互作用等关键方向展开交流，旨在分享最新研究成果与工程应用经验，搭建产学研交流合作平台，促进该领域的学术研讨与技术创新，助力相关技术的落地与发展。 |
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