This paper proposes the use of a tuned mass damper fluid-inerter (TMDFI) for vibration
control of spar-type floating offshore wind turbine towers. The use of an inerter in parallel …

This work numerically compares the mechanical power performance of four horizontal-axis
Small Wind Turbines (SWTs) with different design characteristics. One baseline three …

A new frequency-domain dynamics model has been developed that uses open-source
components to efficiently represent a complete floating wind turbine system. The model …

This paper focuses on the dynamic modeling and vibration analysis of horizontal axis wind
turbine (HAWT) blades with emphasis on the effects of the pre-twist, rotational rigid body …

Understanding the impacts of unsteady flows on tidal turbine performance and loadings
prior to device deployment is essential for mitigating the effects of large hydrodynamic forces …

This paper presents a numerical study of the effects of blade roughness on wind turbine
performance and annual energy production and how these effects may be partially mitigated …

In the present study, the hydrodynamic performance of cavitating and non-cavitating marine
current turbines (MCTs) has been investigated by blade element momentum theory (BEMT) …

An aero-structural algorithm to reduce the energy consumption of a propeller-driven aircraft
is developed through a propeller design method coupled with a Particle Swarm Optimization …

This paper presents a wavelet‐based strategy for fore‐aft vibration control of onshore
horizontal axis wind turbine tower. For this purpose, an active tuned mass damper is …

This paper introduces a control co-design (CCD) framework to simultaneously explore the
physical parameters and control spaces for a hydro-kinetic turbine (HKT) rotor optimization …