The early studies on the dynamics of pipes conveying fluid by Feodos' ev, Housner,
Benjamin and Païdoussis in the 1950s and 1960s elucidated the basic dynamics of the …

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

The dynamic model of the curved pipes conveying fluid, established by the generalized
Hamiltonian principle, has been widely used to study the vibration properties of pipes with …

Due to the lack of advanced models and analytical methods, the study of pipe conveying
fluid usually only considers the in-plane vibration of straight pipe. In order to fully understand …

As an indispensable accessory, retaining clips on pipes are usually modeled as simply
supported or fixed end boundaries. In this paper, a dynamic model of a pipe without fluid …

This paper aims to the optimal design of intermediate elastic supports in spinning
functionally graded material (FGM) pipes conveying fluid for maximum critical velocity …

Gravity effects are generally ignored in the study on the pipe vibration. However, in this
paper, the effect of gravity on the nonlinear vibration of a pipe conveying fluid has been …

As an important portion of pipeline systems, the vibration suppression analysis of the plane
pipeline is of great significance for life prediction and vibration control. To reduce pipeline …

The fluid-conveying series pipe system (FCSPS) is an important part of the pipe system, and
its stress response solution and vibration transmission analysis are of great significance to …

Resonance of a hydraulic pipe is the standing wave brought by the excitation in fact. This
provides a new idea of vibration control of the hydraulic pipe, which means the resonance …