Norwegian University of Life Sciences (Internal funding)
About the project
Background
Objective
Funding
Participants
Timeline
1st June 2024: Completed three-month research stay at Fraunhofer IWES, Oldenburg, Germany
During his time, the research was conducted on advancing and refining floating offshore wind turbine modeling and simulation using OpenFOAM, contributing to the cutting-edge research in this critical area of renewable energy technology. The financial support for this was provided from the internal funding scheme at the Norwegian University of Life Sciences (project number 1211130114).
28-30 May 2024: Participated in TORQUE 2024 conference on wind energy
The TORQUE is an official event by the European Academy of Wind Energy and aims at gathering experts worldwide for a unique chance to discuss the cutting-edge developments in wind energy science. Presented one oral presentation dealing with hydrodynamic response on FOWT floater and one poster explaining the effect of rotor tilt angle on wind turbine performance.
13 April 2024: Participated in delivering online lecture in FLOW project
FLOW: Flexible Learning for Offshore Wind program at UiA. FLOW is a continuing education program at bachelor's level offered by the University of Agder, in collaboration with Equinor, GCE NODE and Windport. The program is financed by the Directorate for Higher Education and Skills (HK-dir).
17-19 January 2024: Participated in EERA DeepWind 2024 conference
Poster was presented for the research work focused on developing neural network-based motion prediction of semi-submercible floating platform for offshore wind.
18th April 2023: Start-up seminar
The purpose of the startup seminar is to gather feedback on the project plan and to identify relevant courses and activities to include in the education plan.
18-20 January 2023: Poster presented at EERA DeepWind 2023 conference
EERA DeepWind 2023 is an international event aiming to present the best ongoing research and innovation related to deep sea offshore wind farms, both bottom-fixed and floating. Two posters were presented dealing with the wind turbine blade surface roughness and its effect on performance and wake.