The flow-field around the rotor blades of an FOWT may be significantly influenced by the six
rigid-body motions of the floating platform via the blade–wake interaction. Therefore, the …

In the design phase of a floating offshore wind turbine, the influence of aero-hydro-structure
dynamic coupling needs to be fully considered to yield reliable analysis results. In this study …

Many numerical methods based on potential-flow theory have been used to analyze the
hydrodynamic effect of floating offshore wind turbine (FOWT). However, they cannot directly …

The prediction of dynamic characteristics for a floating offshore wind turbine (FOWT) is
challenging because of the complex load coupling of aerodynamics, hydrodynamics, and …

Unpredictable freak waves can reach up to 30 m and pose constantly a significant threat to
shipping and oil/gas platforms. To provide further insights into the effects of freak waves on …

The present work seeks to explore how the surge response of a semi-submersible platform
affects the aerodynamic performance and wake properties of a 5-MW Floating Offshore Wind …

Wave-structure interaction is a key consideration for the safe design of offshore structures.
This work investigates the non-linear wave interactions with a single cylinder and two …

Nonlinear wave runup could result in serious wave impact on the local structures of offshore
platforms in rough seas. The reliable and efficient wave runup prediction is beneficial to …

Floating platforms are essential foundations that enable the stable operation of floating
offshore wind turbines (FOWTs). This paper employs a coupled model that combines the …

(1) The RAOs of OC4-DeepCWind platform motions are more sensitive to the low-frequency
wave than the high-frequency wave. The nonlinear motion responses for platform heave and …