Sloping Seabed(倾斜的海床)研究综述
Sloping Seabed 倾斜的海床 - Axial pipe-soil interaction is crucial for the prediction of pipeline walking, especially on a sloping seabed. [1] Two dimensional wave-current-structure interaction problems are investigated in a sea environment with a flat or sloping seabed using linear boundary conditions. [2] In this study, the wave-induced response and instability of sloping seabed are evaluated using a coupled finite element model. [3] This paper focus on the assessment of a suitable mooring design for floating WECs in deep water locations, with a sloping seabed. [4]轴向管土相互作用对于预测管道行走至关重要，尤其是在倾斜的海床上。 [1] 使用线性边界条件在具有平坦或倾斜海床的海洋环境中研究二维波-流-结构相互作用问题。 [2] 在这项研究中，使用耦合有限元模型评估了倾斜海床的波浪引起的响应和不稳定性。 [3] 本文重点评估在深水位置、具有倾斜海床的浮动 WEC 的合适系泊设计。 [4]