Recent advances in marine hydrodynamics
Marine hydrodynamics is fundamental to marine, coastal, and offshore engineering and
covers a wide range of topics related to wave interactions with ships, maritime structures …
covers a wide range of topics related to wave interactions with ships, maritime structures …
Analysis on the split absorber integrated with taut-moored floating turbine
H Zhang, T Wang, C Xu, H Shi, C Guedes Soares - Physics of Fluids, 2023 - pubs.aip.org
A new wave energy converter is proposed in this paper, consisting of three split heave point
absorbers, combined with a taut-moored floating turbine. It is adapted to the waves in the …
absorbers, combined with a taut-moored floating turbine. It is adapted to the waves in the …
Tsunami waveform forecasting at cooling water intakes of nuclear reactors with deep learning model
The Fukushima nuclear disaster highlights the importance of accurate and fast predictions of
tsunami hazard to critical coastal infrastructure to devise mitigation strategies in both long …
tsunami hazard to critical coastal infrastructure to devise mitigation strategies in both long …
An Introduction to the Zakharov Equation for Modelling Deep-Water Waves
R Stuhlmeier - Nonlinear Dispersive Waves: Based on the 2023 …, 2024 - Springer
The Hamiltonian formulation of the water wave problem due to Zakharov and the reduced
Zakharov equation derived therefrom have great utility in understanding and modelling …
Zakharov equation derived therefrom have great utility in understanding and modelling …
Nonlinear deterministic reconstruction and prediction of remotely measured ocean surface waves
N Desmars, M Hartmann, J Behrendt… - Journal of Fluid …, 2023 - cambridge.org
Algorithms for reconstructing and predicting nonlinear ocean wave fields from remote
measurements are presented. Three types of synthetic observations are used to quantify the …
measurements are presented. Three types of synthetic observations are used to quantify the …