The linear and nonlinear forced vibration response of axially functionally graded (AFG)
cylindrical truncated conical and imperfect microbeam subjected to the dynamic …

With continuous improvements in integration, totalization and automation, remaining useful
life predictions of mechanical equipment have become a key feature of technology and core …

With the development of wind turbine manufacturing technology, the wind turbine rotor is
facing more design challenges for exposing to complex environmental conditions and …

This study proposes a new methodology for optimizing the power curve of a wind turbine at
low wind speeds. The principles of bend-twist coupling and the mechanism of energy …

In the current study, the stability analysis of functionally graded (FG) thin-walled porous
beams reinforced by nanocomposite graphene platelets (GPLs) under compressive axial …

Accurate modelling and prediction of dynamic characteristics for rotating thin-walled blades
have drawn attention as it is an essential part of structural health monitoring for various …

The wind turbine blade is commonly treated as a non-uniform beam because of its high
aspect ratio. The bend-twist coupled vibrations of the wind turbine blade occur when there …

The separation of cross section'mass center from its centroid will lead to coupled bending
and torsional vibration of the wind turbine tower (Referred to as tower). Three governing …

The use of flexible ship models to determine the dynamic behaviour of full-scale ships in
waves and to compare the accuracy of numerical predictions has increased in the past few …

Extracting time-varying dynamic characteristics of an aerospace structure under thermal-
vibration environment is difficult and complicated since the material properties of the …