To study the potential application of the mixing nonlinear vibration suppression of the
floating raft system, a hybrid vibration control model of the simplified floating raft system with …

To ascertain the potential impact of nonlinear coupling layers on the vibration control of
composite beam systems, this study develops a vibration analysis model of a nonlinear …

Double-curved-beam systems (DCBSs) are usually seen in many engineering fields.
Compared to straight double-beam systems, DCBSs are more efficient in noise and vibration …

Nowadays, plates have been widely used in various engineering fields, where nonlinear
additional equipment is designed to control the vibration of plates. However, the current …

In engineering, some complex systems can be reduced to the beam system connected by
serval coupling elements. To explore the potential application of local coupling nonlinearity …

To reveal the effect of cubic nonlinear stiffness on the longitudinal vibration responses of the
rod system, the model of longitudinal vibration response analysis is established in this study …

The influence of soil–structure interaction effect on the dynamic properties of structures is a
typical nonlinear energy sink characteristic. Using the Winkler foundation beam theory …

Considering the wide application of beam-plate systems in engineering, this work studies
the dynamic behavior of the beam-plate system connected by coupling nonlinearities. The …

Elastic beams are applied to various complex engineering structures in engineering fields.
Unwanted vibration of elastic beams may cause some serious vibration problems for …

In this paper, we mainly concentrate on the exact solutions of the (3+ 1)-dimensional Ito
equation for describing certain nonlinear phenomena in fluid dynamics and plasma …