The transverse vibration of conveyor belts is a crucial aspect in their proper and safe design,
as the correct determination of vibration frequencies is essential to avoid unsafe operating …

A two-degree-of-freedom model for a two-beam structure with nonlinear joints is presented
and used to investigate the nonlinear responses of the system to a primary resonance of its …

The passive vibration control of primary and subharmonic simultaneous resonance for the
Duffing-type nonlinear system under the base excitation and external excitation by using …

This paper concerns with a suspended cable in thermal environments under bi-frequency
harmonic excitations, with a focus placed on the effect of temperature changes on one type …

In this paper, we introduce a nonlinear vibrations analysis and dynamic responses of a
vertical conveyor system under multi excitation forces. By adding the nonlinear proportional …

The present study is dealing with a geometrically nonlinear model of the suspended cable
subjected to multi-frequency excitations. In particular, two of the super, sub-harmonic, and …

The primary goal of this research is to lessen the high vibration that the model causes by
using an appropriate vibration control. Thus, we begin by implementing various controller …

In this paper, we study how to improve the performance and reduce the vibration in a vertical
conveyor system by using active control. The system is donated by a two-degree-of-freedom …

This research shows the influence of a new active controller technique on a parametrically
energized cantilever beam (PECB) with a tip mass model. This article remains primarily …

The paper aims at studying the influences of temperature on the suspended cables'
dynamical behaviors subjected to dual harmonic excitations in thermal environments …