3D Modelling of Heat Dissipation from Offshore High Voltage Cables

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Title
3D Modelling of Heat Dissipation from Offshore High Voltage Cables

CoPED ID
4091e92c-4c69-4746-af99-589bea395678

Status
Active

Funders

Value
No funds listed.

Start Date
Sept. 25, 2019

End Date
March 29, 2023

Description

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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.

Justin Dix SUPER_PER
Jon Duell STUDENT_PER

Subjects by relevance
  1. Students
  2. Physical training
  3. Direction (instruction and guidance)
  4. Supervision
  5. Supervisors
  6. Projects

Extracted key phrases
  1. Offshore High Voltage Cables
  2. 3D physical model
  3. 3D Modelling
  4. Heat Dissipation
  5. Specific supervisor
  6. Basic physical principle
  7. Comsol model
  8. 3d comsol modelling
  9. Wide set
  10. Project
  11. Natural sedimentary environment
  12. Training
  13. Additional meeting
  14. Equal contribution
  15. HVDC interconnector datum

Related Pages

UKRI project entry

UK Project Locations