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John Martin Kleven Godø
John Martin Kleven Godø
Researcher and PhD Candidate, NTNU
在 ntnu.no 的电子邮件经过验证 - 首页
标题
引用次数
引用次数
年份
An efficient method for unsteady hydrofoil simulations, based on Non-Linear Dynamic Lifting Line theory
JMK Godø, S Steen
Ocean Engineering 288, 116001, 2023
82023
Hydrofoil simulations–non-linear lifting line vs CFD
JV Kramer, JMK Godø, S Steen
Cortona, Numerical Towing Tank Symposium, 2018
62018
A comparative study of the energy efficiency of hydrofoil vessels and slender catamarans
JMK Godø, S Steen
HSMV 2023, 159-171, 2023
52023
An Efficient Method for Design and Powering Prediction of Fast Slender Catamarans
JMK Godø, S Steen, OM Faltinsen
Ocean Engineering 286, 115589, 2023
42023
A resistance model for hydrofoil fast ferries with fully submerged foil systems
JMK Godø, S Steen, OM Faltinsen
Ocean Engineering 301, 117503, 2024
22024
Unsteady forces on hydrofoil vessels in waves - validation of a dynamic lifting line using CFD
JMK Godø, JV Kramer, S Steen, L Savio
21st Numerical Towing-Tank Symposium, Cortona, Italy, 72--77, 2018
22018
Optimal Energy Management for Zero-Emission High-Speed Passenger Vessels
S Najjaran, R Skjetne, JMK Godø
International Conference on Offshore Mechanics and Arctic Engineering 86878 …, 2023
12023
Active wave energy extraction by hydrofoil vessels through deep reinforcement learning-based flight control
JMK Godø, S Steen, D Barrett, MS Triantafyllou
Ocean Engineering 312, 119236, 2024
2024
Biomimetic Ship Propulsion through Oscillating Hydrofoils
JMK Godø
NTNU, 2015
2015
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