In this paper, a fourteen-equation fluid-structure coupling model of an L-shaped liquid-filled
pipe with elastic support is established by the transfer matrix method (TMM). The validity of …

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

Despite extensive use of curved pipes conveying high-speed fluids in many engineering
fields, few researches have been conducted on the supercritical dynamics of curved pipes to …

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

Vibration characteristics of curved pipes conveying fluid have been studied extensively.
However, most researches are limited to the in-plane transverse vibration. There is still a …

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 …

Vibration characteristics of pipes conveying fluid in the super-critical range are investigated
by using Timoshenko beam theory for the first time. Generalized Hamiltonian principle is …

When the magnitude of the lateral elastic deformation of a pipe over its length is more
prominent than in a linear situation, it is necessary to use nonlinear terms to reduce the gap …

Layout optimization of elastic supports is an effective approach to address the resonance
problem of an industrial post-manufactured pipeline. However, previous investigations of …

In this work, the vibration and stability of spinning pipes with an internal elliptical cross-
section concurrently subjected to internal flow and external annular fluid are analyzed by …