Scholarlink

In the article, a hybrid BEM is used to solve the diffraction problem for a box above a sloping topography. An inner and outer domain matching approach is used, with the eigen expansion method in the outer domain and the BIM (Boundary Integral Method) in the inner domain. The wave exciting force applied to the box is calculated. It is found that the wave exciting force curve starts to fluctuate unevenly with the increase of horizontal length and vertical height of the uneven topography. Finally, the formation of the fluctuation is analysed in terms of the reflection coefficient of the waves. There is a phase difference between the reflected waves generated by the slope and the other wave components, and the phase difference varies drastically with wave frequency, causing uneven fluctuations in the wave exciting force curve.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Two-Dimensional Diffraction Problem of a Floating Rectangular Box Over a Sloping Seabed

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

查看全文
  • Ziqi Li,
  • Bin Teng

摘要

In the article, a hybrid BEM is used to solve the diffraction problem for a box above a sloping topography. An inner and outer domain matching approach is used, with the eigen expansion method in the outer domain and the BIM (Boundary Integral Method) in the inner domain. The wave exciting force applied to the box is calculated. It is found that the wave exciting force curve starts to fluctuate unevenly with the increase of horizontal length and vertical height of the uneven topography. Finally, the formation of the fluctuation is analysed in terms of the reflection coefficient of the waves. There is a phase difference between the reflected waves generated by the slope and the other wave components, and the phase difference varies drastically with wave frequency, causing uneven fluctuations in the wave exciting force curve.