CoARICE

Header image CoARICE

Details about this project can be found using following weblink

https://en.uit.no/project/coarice

Start: October 01. 2020
End: March 31. 2024
Unit: Department of Industrial Engineering

Project categories: Applied Research / Educational Development
Keywords: Atmospheric icing




Funding:

Research Council of Norway (RCN)


Participants:

Muhammad Shakeel Virk
Shigeo Kimura
Galerah Momen
Hui-Han Hu
Mingfeng Hunag
Qin Hu
Kosugi Kenji
Pavel Maryandyshev
Pavlo Sokolov
Ingrid Renate Howes


Results:

  1. Study of Ice Accretion Using an Open Loop Portable Icing Tunnel (Popular scientific lecture)
  2. Feasibility Study of Hydrogen Production from Wind Energy in Narvik (Masters thesis)
  3. A method for measuring ice thickness of wind turbine blades based on edge detection (Academic article)
  4. Improvement of ILM calculation by Pre Processing of the Acquired Data (Academic lecture)
  5. A note on ice detection of wind turbine blades by a rotating cylinder type ice sensor (Academic lecture)
  6. Numerical study of icing impact on the performance of pitch-regulated large wind turbine (Academic article)
  7. Atmospheric icing on structures, UiT research perspective. (Lecture)
  8. Review of anti/de-icing techniques for wind turbine blades. (Lecture)
  9. Droplet impact dynamics on hydrophobic surfaces. (Lecture)
  10. Torsional stiffness of iced power transmission lines. (Lecture)
  11. Micro terrain effects on icing of structures. (Lecture)
  12. Wind induced swing of iced power transmission lines. (Lecture)
  13. Dynamic ice accretion process over the surface of a turbine blade pertinent to offshore turbine icing phenomena. (Lecture)
  14. Aircraft/ Aero-engine Icing Physics and Innovative Strategies for Inflight Icing Mitigation (Lecture)
  15. An improved rigid rod method for wind-induced swing response prediction of heavily iced transmission lines (Academic article)