3D Modelling of Heat Dissipation from Offshore High Voltage Cables

这个项目需要广泛的技能组合，因此所有四位主管都将做出同样的贡献。DIX将领导监督，并提供关于自然沉积环境的解释以及安装过程中如何受到干扰的培训。亨斯托克将在朝圣者的支持下，提供COMSOL模型的基本物理原理和数值框架方面的培训。Callender将提供2D和3D COMSOL建模方面的专业知识。所有四名主管都将提供3D物理模型的设计、运行和分析方面的培训。最后，所有四个监控器将针对真实的风电场和高压直流互联数据提供校准支持。督导将通过学生与所有督导之间的定期会议(开始时为双周，随着项目的进展转变为每月)来促进，并根据需要在学生与特定督导之间举行额外的会议。

This project requires a combination of a wide set of skills and hence there will be an equal contribution from all four supervisors. Dix will lead the supervision and provide training on the interpretation of the natural sedimentary environment and how it is perturbed during installation. Henstock will provide training in the basic physical principles and the numerical framework of the COMSOL model with support from Pilgrim. Callender will provide expertise in 2D and 3D COMSOL modelling. All four supervisors will provide training in the design, running and analysis of the 3D physical model. Finally, all four supervisors will provide support on calibration against real windfarm and HVDC interconnector data. Supervision will be facilitated by regular (bi-weekly at start moving to monthly as project progresses) meetings between the student and all supervisors with additional meetings between student and specific supervisors as required.