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 behavior of an axially functionally graded pipeline conveying gas–liquid two-
phase flow is studied using the Euler–Bernoulli beam model and the generalized integral …

As the common fluid-conveying component, pipe structures are susceptible to excessive
vibration due to internal fluid and external excitation. Constrained-layer damping (CLD) is …

In this study, the vibration stability of fluid conveying pipe resting on two-parameter
foundation is investigated under four different elastic support boundary conditions. The …

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 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 …

This study investigates the effects of both single and multiple lumped masses attached to a
vertical cantilevered pipe conveying internal flow. By introducing delta and Heaviside …

Slender pipes conveying fluid are an important structure in various engineering equipment
systems such as engine hydraulic device, aviation tanker, nuclear heat exchanger and …

细长输流管道是发动机液压装置, 航空加油机, 核工业热交换器, 海洋钻井平台等工程装备系统的
一类重要结构. 当流速较高时, 细长管道可能会发生屈曲或颤振等流致失稳现象 …

A new mathematical model is developed to investigate the vibration stability of a lifting pipe
induced by solid–liquid two phase flow. Three different slip models and the momentum …