Dataset on Composite Risers for Deep Water Application

The local design of composite riser for deep water application has been carried out using ANSYS ACP for six design load cases and the model validated. Different materials used in the design of the composite riser, stacking sequence, orientation angles and the liner materials. Application of netting theory and optimization carried out with different categories were presented both in the research paper and in the dataset from the MATLAB code. For further interpretation of the data presented in this article, please see the research article ‘Composite Risers for Deep Waters Using a Numerical Modelling Approach - Amaechi Chiemela Victor, Gillett Nathaniel, Odijie Agbomerie Charles, Hou Xiaonan, Ye Jianqiao; Composite Structures, 2018’ [1].针对深水应用场景的复合立管本地化设计已借助ANSYS ACP（ANSYS ACP）完成了六个设计载荷工况的分析，并对所建立的模型进行了验证。本复合立管设计中所采用的各类材料、铺层序列、取向角度以及衬层材料均已纳入本次研究范畴。网壳理论（netting theory）的应用方法与针对不同类别开展的优化工作，已同时展示于本研究论文以及基于MATLAB代码生成的数据集中。如需进一步解读本文所呈现的数据，请参阅研究论文《Composite Risers for Deep Waters Using a Numerical Modelling Approach》——Amaechi Chiemela Victor、Gillett Nathaniel、Odijie Agbomerie Charles、Hou Xiaonan、Ye Jianqiao；发表于《Composite Structures》2018年[1]。