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

Under external excitation, the clamp-pipe structures may exhibit nonlinear vibration behavior
due to stiffness softening and damping energy dissipation of the clamp. To implement …

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 operation of mechanical systems generates vibrations with a certain range of
frequencies. Pipes conveying fluid have multiple natural frequencies. It is difficult to avoid …

Gyroscopic characteristics extensively exist in motional components, which can lead to
coupling of motions along different directions. However, the vibration and stability …

Flexible pipes conveying fluid commonly exist in practical engineering. Its rich dynamic
behaviors have attracted remarkable attention from researchers. The standing cantilevered …

In the present study, a mathematical model for the nonlinear dynamics of a Mooney-Rivlin
type hyperelastic pipe conveying unsteady fluid flow is established. The internal fluid …

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 …

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 …

Theoretical modeling and nonlinear responses of inclined simply supported pipes
conveying fluid are presented, with focus on the interaction between nonlinear forced and …