LiftWEC deliverable 3.5 - Dataset from extreme wave impact simulations on LiftWEC rotor using a high-fidelity RANS model

This dataset contains numerical simulation results obtained from extreme wave impact in the LiftWEC rotor obtained using the high-fidelity RANS model employed in the LiftWEC project. An elaborate description of the numerical simulation setup as well as the discussion of the obtained results is available in LiftWEC deliverable D3.5 Extreme Load Analysis Report, also available in the LiftWEC zenodo-community or via the project website liftwec.com. The RANS-based investigation looked into maximum forces obtained using different extreme wave generation mechanisms as well as for different configurations of rotor and foil angle and rotor submergence. The dataset features images of different flow field variables throughout the simulation and time series of obtained forces in horizontal and vertical direction. In combination with the report, the datasets should allow to replicate all investigated design wave cases.本数据集收录了基于LiftWEC项目所采用的高精度雷诺平均纳维-斯托克斯（Reynolds-Averaged Navier-Stokes, RANS）模型，针对LiftWEC转子受极端波浪冲击开展数值模拟所得到的结果。有关本次数值模拟设置的详细说明，以及对所得结果的讨论内容，均可查阅LiftWEC项目的交付文档D3.5《极端载荷分析报告》；该文档同样可在LiftWEC的Zenodo社区或项目官网liftwec.com获取。本次基于RANS模型的研究，考察了不同极端波浪生成机制下，以及转子、翼片角度与转子沉水深度等多种配置条件下所得到的最大受力情况。本数据集包含模拟全过程中各类流场变量的可视化图像，以及水平、竖直方向受力的时间序列数据。结合该报告，本数据集可复现所有经研究的设计波浪工况。