Dissertation 

About 25 item dissertation in line with Mild-slope equation query results,the following is 1 to 50(Search took 0.070 seconds)

  1. Effect of Waves and Tide-current on Pollutant Transport in the Local Artificial Shoreline of Near-shore Area,ZhangJinBao/Tianjin University,0/0
  2. Numerical Simulation of Wind-wave Based on CFD,ZhangZhiGuang/Hangzhou University of Electronic Science and Technology,0/1
  3. Improved Mild Slop Equation with Accurate Dispersion,ZhangLe/Dalian University of Technology,0/34
  4. Analytic Simulations for Linear Ocean Waves Propagating Over Three-dimensional and Un-idealized Topographies,SunXiaoLing/Guangxi University for Nationalities,0/13
  5. Wave Attenuation on Fluid Mud and Its Numerical Simulation,ChuXiaoHuan/Tianjin University,0/38
  6. Analytical Solutions to the MMSE for Wave Propagating over Submerged Truncated Idealized Breakwaters and Shoals,ZhouXiaoMei/Guangxi University for Nationalities,0/25
  7. Linear and Nonlinear Wave Models with Accurate Dispersion,JinHong/Dalian University of Technology,1/225
  8. Numerical Simulations of the Mild Slope Equations for Coastal Waves and Studies on the Transport of Pollutants in Waves and Currents,TangJun/Dalian University of Technology,6/520
  9. Numerical Simulations of Coastal Waves, Wave-induced Currents and the Transport of Pollutants in Waves and Currents,CuiLei/Dalian University of Technology,0/64
  10. Numerical Simulation of Water Waves in Yangtze Estuary and Adjacent Sea Area,XiaoWenJun/East China Normal University,3/301
  11. The Research and Application of Combined Refraction-diffraction Wave Model Nearshore,SiGuangCheng/Ocean University of China,1/144
  12. The Study of Transport and Diffusion of Contaminants in Wave Field and the Model of Parabolic Mild-slope Equation,SunJian/Tianjin University,0/192
  13. Finite element mesh generation and its application in wave field simulation,TanLi/Dalian University of Technology,1/294
  14. Numerical Modeling of Combined Refraction-Diffraction and Reflection of Wave,WangYan/Hohai University,5/311
  15. A Numerical Model of Nearshore Wave Field,PanLiHong/Hohai University,2/347
  16. Numerical Simulation of Wave Interaction with Structures in the Coastal Zone,LuZhiMei/Shanghai Jiaotong University,0/240
  17. Mild Slope Equation Considering the High Order Effect and Its Application,JiangSenHui/Hohai University,0/77
  18. Comparison Investigation between Linear and Non-linear Mild Slope Equation,ZhangWei/Hohai University,0/138
  19. Numerical Modeling of Harbor and Several Islands’ Wave Field Basing on the Mild-slope Equation,LiuHongLing/Hohai University,0/214
  20. The Model of Solution to MSE When Calculating Wave Incident Direction at Boundary,SunBing/Dalian University of Technology,0/135
  21. The Study of Analysis for Wave Load on Hydraulic Structure,CaoHongSheng/Hohai University,6/321
  22. Method of Estimating Extreme Wave and Numerical Simulation of Wave Propagation,LiuTao/Tianjin University,1/104
  23. Numerical Modeling of Nearshore Waves and Wave-induced Currents Based on Hyperbolic Mild-Slope Equation in Curvilinear Coordinates,ZuoFeiFei/Dalian University of Technology,0/94
  24. Numerical Simulation of Elliptic Mild-Slope Equation and Near-shore Wave-induced Current in Unstructured Grid,WeiMeiFang/Dalian University of Technology,2/136
  25. Exact Analytic Solutions to the Mild-slope Equation and Modified Mild-slope Equation for Wave Reflection by One-dimensional Piecewisely Smooth Topographies,YangJing/Guangxi University for Nationalities,2/32

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