Prometheus: An Open-Source SSCV

This data set provides detailed geometrical, inertial and hydromechanic information of Prometheus SSCV. An open-source semi-submersible crane vessel. The rotational inertia of the vessel was estimated based on the work of Peach and Brook [1]. The RAOs were computed using the diffraction code Capytaine [2, 3]. For more information see [4].<br>References:[1] Peach, R., Brook, A. 1987. "The Radii of Gyration of Merchant Ships", in : Proceedings of North East Coast Institute of Engineers and Shipbuilding.[2] Ancellin, M., Dias, F., 2019. "Capytaine: A Python-Based Linear Potential Flow Solver". Journal of Open Source Software 4, 1341. doi:10.21105/joss.01341.[3] Babarit, A., Delhommeau, G., 2015. "Theoretical and Numerical Aspects of the Open Source BEM Solver NEMOH", in: Proceedings of EWTEC, Nantes, France.[4] Domingos, D., Wellens, P., van Wingerden, J.W., 2024. "Frequency-domain framework for floating installation of wind-turbine towers". <br>

本数据集涵盖开源半潜式起重船Prometheus SSCV的详细几何参数、惯性特性与流体力学数据。该船的转动惯量基于Peach与Brook[1]的研究成果估算得到。响应幅频算子（Response Amplitude Operators，RAOs）通过衍射求解程序Capytaine[2,3]计算得到。更多信息可参阅文献[4]。
参考文献：
[1] Peach R, Brook A. 1987. 《商船回转半径》//《东北海岸工程师与造船学会会议论文集》。
[2] Ancellin M, Dias F. 2019. 《Capytaine：基于Python的线性势流求解器》//《开源软件期刊》，4(43): 1341. doi:10.21105/joss.01341。
[3] Babarit A, Delhommeau G. 2015. 《开源边界元法求解器NEMOH的理论与数值研究》//《欧洲波浪能与潮汐能会议（EWTEC）论文集》，法国南特。
[4] Domingos D, Wellens P, van Wingerden J W. 2024. 《风力机塔筒浮式安装的频域框架》。