The wind-induced vibration of cables has been widely studied over the past decades
because of cables' many applications in cable-stayed, suspension, and tied-arched bridges …

A comprehensive review of modelling techniques for the flow-induced vibration (FIV) of bluff
bodies is presented. This phenomenology involves bidirectional fluid–structure interaction …

A computationally efficient, finite element idealization is presented to analyse galloping,
which is characterized by large amplitude vibrations of iced, multi-span, electrical …

A three-degree-of-freedom model is developed to comprehensively describe and predict
different galloping behavior observed on a single iced, electrical transmission line …

Internal nonresonant and resonant galloping of an iced electrical transmission line is studied
by employing a three-degree-of-freedom (3DOF) model formulated in part I where the …

A linearized coupled flexural two degree-of-freedom model, describing a lumped parameter
system subjected to galloping, is analyzed. Through a perturbation approach, an …

Classical quasi-steady galloping analysis deals exclusively with cases of across-wind
vibrations, leaving aside the more general situation where the wind and motion may not be …

This paper presents an improved analysis of a two-degree-of-freedom (2DOF) galloping-
based piezoelectric energy harvester (GPEH). First, an overview of the 2DOF GPEH …

The initial conditions of wind-excited multiple degrees of freedom bridge flutter or
transmission conductor galloping are often determined through a numerical complex …

This study presents an analytical galloping stability criterion for a three-degree-of-freedom (3-
DOF) coupled motion of an ice-accreted conductor by using the eigenvalue perturbation …