In this paper, we have studied some local stability and bifurcation problems of a cantilevered pipe conveying fluid with the motion limiting constraints and a linear spring support.

Active vibration control of a cantilevered pipe conveying fluid, with a spring support and nonlinear motion constraint, was investigated theoretically.

The expression of vertical vibration mode-function of the restrained cantilever pipe system was derived from its boundary conditions based on the corresponding beam model.

Stability of pipe conveying fluid under axial load;

Research on natural frequency of pinned-pinned pipe conveying fluid;

Based on the stress anylysis of element,the vibration differential equation of the pipe conveying fluid on elastic foundations is derived,the mode and the nature frequency of the pipe are calculaed by variable-separating method and numerical method.

An effective solution to dynamic response of pipes conveying fluid;

Internal resonance conditions of supported pipes conveying fluid

The parametric resonance of clamped-pinned pipes conveying fluid was investigated experimentally.

The differential quadrature method(DQM)is extended to solve the natural frequencies of pipe.

Very often when mechanical operation applied to piped flowing fluid, a state transform will occur as a result inducing a hydraulic transient, or even waterhammer when situation is severe.