Scientists have reported that plant leaf veins grow into an optimized architecture not only to
accomplish their biological and physiological functions but also to sustain the environmental …

A fully coupled hydro-servo-aero-elastic simulator for the analysis of floating offshore wind
turbines (FOWTs) is presented. All physical aspects are addressed, and the corresponding …

It is investigated how the nonlinear geometric coupling between torsion and flapwise
bending of backward swept blades affects their static and dynamic aeroelastic properties. A …

The applications of wind turbines are consistently increasing across the globe. Competent
and sustainable wind energy harnessing inherently requires the implementation of optimal …

This paper presents aeroelastic analyses of wind turbines, using the compressible flow
Helicopter Multi-Block (HMB2) solver of Liverpool University, coupled with a Computational …

This paper deals with a computational aeroelastic tool aimed at the analysis of the response
of rotary wings in arbitrary steady motion. It has been developed by coupling a nonlinear …

The purpose of this paper is to study how internal resonances can be used to mitigate the
vibration of cyclically symmetric systems exhibiting geometrical nonlinear effects. The …

In this paper, the accuracy of an in-house Actuator Line (AL) model is tested on aeroelastic
simulations of a Wind Turbine (WT) rotor and a helicopter Main Rotor (MR) under uniform …

This article proposes to determine and identify the physical contributions that drive the
internal resonance between the bending and torsion modes of a blade. The blade is …

The present Ph. D. thesis aims at developing simulation tools for the integrated analysis of
offshore wind turbines detailed in two parts. The first part concludes hGAST, a general fully …