The rapid development of modern science, technology, and industrialization has promoted
the birth of more large and complex engineering structures. When the finite element (FE) …

Pipeline systems are crucial in fluid-conveying pipes across diverse engineering disciplines,
including aerospace, oil transportation, deep-sea exploration, and nuclear energy projects …

To achieve self-powered sensing when complex dynamics exist in fluid-conveying pipes, a
novel piezoelectric energy harvesting configuration of cantilevered fluid-conveying pipes …

In the present study, the closed-form expression for complex mode shapes of a fluid-
conveying pipe using Timoshenko beam theory is developed for the first time. By applying …

The theory of spectral submanifolds (SSMs) has emerged as a powerful tool for constructing
rigorous, low-dimensional reduced-order models (ROMs) of high-dimensional nonlinear …

In this study of fluid-conveying pipe dynamics, it is usually assumed that the shape of the
pipe is straight. This paper establishes a flow-induced vibration model of an L-shaped pipe …

Due to the novel applications of flexible pipes conveying fluid in the field of soft robotics and
biomedicine, the investigations on the mechanical responses of the pipes have attracted …

This paper deals with the numerical computation, via a reduced order models (ROM), of the
vibrations of geometrically nonlinear structures triggered by the aeroelastic coupling with a …

A cantilevered pipe conveying fluid can display highly nonlinear dynamical behaviors. High-
resolution discrete models are used to accurately simulate the highly nonlinear dynamics of …

Flexible multibody systems play a crucial role in various engineering fields. However, its
high dimensionality and strong nonlinearity, especially large deformations, make dynamic …