| Abstrakt: |
This paper presents a selective review of the researches done on the dynamics stability and vibration of fluid-conveying pipes, which used numerical analysis, practical testing, and theoretical calculations In order to investigate how internal pressure and produced vibrations affect fluid transport pipes, and intends to review vibration caused by flowing fluid. Fluid movement is the source of one of vibrations' effects. The aim is to illustrate how this system is changing into a new dynamical model, and to determine how static fluid transport pipes behave dynamically. The dynamics of pipes with supported ends, cantilevered pipes, pipes with unusual boundary conditions, continuously flexible or articulated pipes, pipes conveying incompressible or compressible fluid, with steady or unsteady flow velocity, are some of the components of the problem that are taken into consideration. It is also study the effects of fluid type, flow rate, frequency, and amplitude on vibration characteristics and stability. [ABSTRACT FROM AUTHOR] |
