As key components of a hydraulic system, fatigue failure caused by unwanted vibrations is a
common failure type for hydraulic pipes. As ideal straight pipes are inexistent in engineering …

Exploring the size-dependent nonlinear behavior and its related stability phenomena of
nano-fluid–solid interaction under multi-source excitation is of great significance to the …

The studies on nonlinear forced vibrations of pipes conveying fluid typically focus on single-
frequency excitation, although most pipes are subject to multi-frequency excitation. Few …

Nonlinear coupled modal interaction at nanoscale has attracted much attention in designing
the nanoelectromechanical systems for wider functionalities which are unable to be …

The dynamics of a cantilevered fluid-conveying straight piping system composed of a left
pipe, a right pipe and a short threaded joint implemented intermediately is investigated. First …

Fatigue failure of hydraulic pipes, resulting from unstable alternating stress, is a common
type of failure for hydraulic systems. In engineering, the reality of working with perfect …

This paper presents a study of fluid-conveying influence on the vibration of a nonuniform bi-
directional functionally graded (BDFG) nanotube, based on the refined beam theory …

In this study, the nonlinear vibration and stability analysis of fluid-conveying carbon
nanotubes (CNTs) sensor subjected to a longitudinal magnetic field are studied. Firstly, in …

In this study, the nonlinear vibration and stability analysis of fluid-conveying carbon
nanotubes (CNTs) sensor under a longitudinal magnetic field are investigated. Firstly …