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Ocean Engineering Marine Technology

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Ocean Engineering Marine Technology

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Research Frontiers in Floating Offshore Wind Turbine Dynamics

Structural analysis and control of moored floating wind platforms subjected to coupled hydrodynamic and aerodynamic loads.

Nonlinear Hydrodynamic Coupling in Multi-Body Floating Systems
Mooring Fatigue Under Extreme Storm-Driven Resonance
Vortex-Induced Vibrations in Deep-Water Installations
Platform Pitch-Heave Synchronization and Energy Loss Mechanisms
Biofouling Effects on Floating Foundation Stability
Real-Time Motion Prediction Using Sparse Sensor Networks
Wake Interactions Between Clustered Floating Turbines
Viscous Damping and Turbulent Boundary Layer Effects
Anchoring System Degradation in Corrosive Marine Environments
AI-Driven Control of Floating Platforms Under Metocean Uncertainty

All Ocean Engineering & Marine Technology PhD categories