In this paper, the nonlinear bifurcation buckling and primary resonance of functionally
graded material (FGM) fluid-conveying pipes with initial geometric imperfections resting on …

Based upon the wave manipulating characteristics of phononic crystals (PCs), this paper
aims to isolate flexural vibration of laminated composite pipes conveying fluid by introducing …

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 …

Pipes conveying fluid near jet engines or rocket engines always subject to gradient
temperature, which results in the gradient Young's modulus. The influence of the Young's …

Usually, the stability analysis of pipes with pulsating flow velocities is for rigidly constrained
pipes or cantilevered pipes. In this paper, the effects of elastic constraints on pipe stability …

Fluid-conveying tubes are widely used to transport oil and natural gas in industries. As an
advanced composite material, functionally graded carbon nanotube-reinforced composites …

In this paper, the wave propagation of functionally graded single-walled carbon nanotubes
strengthened fluid-conveying pipe considering the thermal and fluid effects is investigated …

The stability of axially functionally graded pipe conveying fluid is analyzed based on the
Euler–Bernoulli beam theory. The governing equation for transverse vibration is transformed …

Pipes are usually constrained by multiple distributed retaining clips (MRCs). In addition,
piping fluids are always required for higher velocities. In this paper, the effect of MRCs …