The nonlinear free vibration of a fractional dynamic model for the viscoelastic pipe
conveying fluid is studied in this paper. The dynamic equations of coupled planar motion for …

Considering that the fluid-conveying pipes made of fractional-order viscoelastic material
such as polymeric materials with pulsatile flow are widely applied in engineering, we focus …

In this study, the transverse vibration of a traveling beam made of functionally graded
material was analyzed. The material gradation was assumed to vary continuously along the …

This paper investigates principal parametric resonance of axially accelerating hyperelastic
beam. Hyperelasticity is integrated into axially moving material for the first time. Based on …

In this paper, we study the vibration of an axially moving hyperelastic beam under simply
supported condition. The kinematic of the axially moving beam have been described by …

The purpose of the current study is the nonlinear vibration analysis of an axially moving
truncated conical shell. Based on the classical linear theory of elasticity, Donnell's nonlinear …

The aim of this contribution is to develop a nonlinear formulation for modelling the large
deformation of elastic curved beams made of fully incompressible hyperelastic materials …

Modal discretization is commonly applied for dynamic analysis of non-linear continuum
system. Considering the possible coupling effect between modes is necessary to obtain …

Many spacecrafts are designed with extendible, deployable, or inflatable appendages to
achieve various desirable ultra-large configurations in space, which brings new challenges …

Abstract Rotating Space Slender Flexible Structures (RSSFS) are extensively utilized in
space operations because of their light weight, mobility, and low energy consumption. To …