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    • 第十四届国际水动力学会议论文集(英文上下)
      • 作者:编者:中国船舶科学研究中心|责编:刘盼盼//陈琳
      • 出版社:上海交大
      • ISBN:9787313304827
      • 出版日期:2024/06/01
      • 页数:1288
    • 售价:199.2
  • 内容大纲

        由中国船舶科学研究中心、上海交通大学、上海大学和深海技术科学太湖实验室主办的第十四届国际水动力学会议于2022年10月21—24日在江苏无锡召开,来自8个国家和地区的近200名代表参加了会议。本论文集收录了160篇论文,包括船舶水动力学、空泡和数值模拟计算技术、波浪力学、工业流体力学、环境水动力学、海岸和水利工程及岸桥工程等方面的主题内容。本论文集可供从事水动力学相关研究的科技人员、院校师生及管理人员阅读参考。
  • 作者介绍

  • 目录

    Part 1  Ship Hydrodynamics
      A Viscosity-Equivalent Reduced Order Method for Ship Seakeeping Problems
      Wave Added Resistance for Mono- and Multi-Hull Vessels Computed by Control Surface Integral
      Comparative Study on Propulsion Performance of Flapping Foil and Propeller
      Wetdeck Slamming Load Characteristics and Motion Response of the SWATH Vessel in Regular Head Waves
      An Experimental Study on Configuration Hydrodynamics of Trimaran Ships
      Experimental and Numerical Investigations on a Damaged Passenger Ship Motion in Regular Beam Waves
      Interaction among Diesel Engine, Hull and Propeller of a Twin-Screw Ship Sailing Straight Forward
      Numerical Simulation of Ship Maneuverability in Irregular Waves Based on TEBEM Method
      Study on the Influence of Bow Flow Field on the Motion Process of Underwater Vehicle
      Research on Ship Speed Optimization in Ocean Routes Based on Changes in Marine Environment
      Hydrodynamics of the Balistiform Turning Maneuver
      Numerical Study on the Seakeeping of Ships at Moderate and High Froude Numbers
      Influence of Wave Added Resistance Estimation on the Minimum Propulsion Power Assessment of a VLCC in Adverse Conditions
      Numerical Investigation of Air Cushion Effect During Water-Entry Process of a Catamaran Section
      Numerical Study of the Flow Field Around an Amphibious Vehicle Model at High Speed
      Coupled Sloshing and Body Motions of a Floating Circular Dock with Damping Devices
      Feasibility of the Catenary Mooring System on a Novel Floating Column with Dry-Well and Storage Platform
      Fluid-Dynamic Analysis of Water-Air Integrated Thruster Based on Flow Control Method
      The Sensitivity Analysis of Hull Form Parameters to Pure Loss of Stability Criteria
      Further Study on the Mathematical Model for Direct Stability Assessments of Pure Loss of
      Stability in Stern Quartering Waves
      Combined Investigations on Flow Structure at Body-Appendage Junction for Underwater Vehicle
      Characterization of Wall Shear Stress on Surface Ship with MEMS Sensor Array
      Benchmark Test of Surface Pressure Measurements on the YUPENG Double Body Model in Wind Tunnel
      A Practical Calculation Method of Havelock form Translating-Pulsation Source Green's Function
      Prediction of the Added Resistance of Ships in Natural Seaways
      Numerical Study on the Hydrodynamics of a Propeller Behind a Submarine Navigating Near Free-Surface
      Numerical Study on the Hydrodynamic Performances of a Ship in Oblique Motion at Large Drift
      Angles Based on RANS Method and DES Method
      A Flow Control Method for Flow Separation of Two-Phase Flow in an Underwater Slender Vehicle
      An Approximate Model for Damaged Ship Roll Motion Response Prediction by Machine Learning
      Research on Convergence of Container Ship Grid Based on B-Spline Wet Surface Grid
      Effects of Parameter Estimation Method of Assessment of Sloshing Loads in LNG Carrier
      Development on Operational Guidance of Ship Stability in Real Sea States
      Comparison of Local Discontinuous Galerkin Finite Element Method, Lumped Mass Method and
      Finite Difference Method for Mooring Line Dynamics
    Part 2  Cavitation and Liquid Flows with Air Cavities
      Effects of Eddy Viscosity on Violent Interfacial and Cavitating Flows
      Intelligent Optimization of the Overall Layout for Natural Supercavitating Vehicle
      Water-Oil Mixing by a Cavitation Bubble
      Influence of Fluid-Structure Interaction on Ballistic Stability of Supercavitating Projectile Oblique<
    Part 7  Industrial Fluid Dynamics
    Part 8  Computational Fluid Dynamics
    Part 9  Environmental Hydrodynamics
    Part 10  Experimental Fluid Dynamics