This review article is the first of three parts of a Special Issue dealing with finite-amplitude
oscillations of elastic suspended cables. This part is concerned with system modeling and …

The present work is concerned with deterministic nonlinear phenomena arising in the finite-
amplitude dynamics of elastic suspended cables. The underlying theoretical framework has …

A computationally efficient, finite element idealization is presented to analyse gallo**,
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 gallo** behavior observed on a single iced, electrical transmission line …

A useful design tool is developed for a bundle conductor of an electrical transmission line by
using a three-degree-of-freedom hybrid model. The model is adaptable because it …

The modeling and seismic analysis of submerged floating tunnels moored by cables is
addressed with particular attention to spatial variability of the excitation. Dissipation …

Numerical modeling of an overhead transmission line section and the digital simulation of
stochastic wind field, to which the transmission line section is exposed, are presented. Time …

In cables, near resonance time-varying loading causes large amplitude oscillations mainly
involving the resonant mode. A relevant contribution of higher modes may arise as a result …

The nonlinear vibration of shallow cables, equipped with a semiactive control device is
considered in this paper. The control device is represented by a tuned mass damper with a …

The modeling and seismic analysis of Qiandao lake submerged floating tunnel (SFT) is
addressed with particular attention to the mooring system, to dissipation issues and to the …