As typical and significant structural elements, double-beam systems widely exist in practical
engineering applications such as some subgrades and highway bridges. This paper focuses …

Some complex engineering structures can be modeled as multiple beams connected
through coupling elements. When the coupling element is elastic, it can be simplified as a …

As a basic mechanical model of modern beam-type structures, double-beam systems have
intensively been studied in recent decades including the structural vibration and energy …

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 …

Abstract The Double-Beam System with Intermediate Supports composed of two parallel
beams, arbitrary intermediate supports, and an optional interconnecting viscoElastic Layer …

As an idealized model of modern beam-type structures, the double-beam system has been
specified in recent decades. While there have been various research efforts on the double …

A double-beam system, which consists of two parallel beams connected by a viscoelastic
layer, has found broad application in practical engineering such as continuous dynamic …

Nonlinear vibration of a nanobeam (NB) coupled with a piezoelectric nanobeam (PNB) is
investigated in this article based on the strain gradient theory. The two nanobeams are …

Double-beam systems composed of two interconnected parallel beams have become basic
mechanical components of modern engineering structures. Focusing on the asymmetric …

As typical structural elements, multiple beam systems exist widely in many practical
engineering applications. Existing research usually makes some simplifications in the …