Application of a General Purpose Finite Element Method to Elastic Pipes Conveying Fluid

The Simulation of Coriolis Meter Response to Pulsating Flow Using a General Purpose F.E. Code

“…An example of the application of this approach, to the relatively simple problem of the dynamic response of an initially straight but #exible pipe conveying a #uid, has been reported by Olson & Jamison (1997), but the extension of this approach to complex three-dimensional geometries would be unrealistically demanding of computing time. PamK doussis & Li (1993) and Tijsseling (1996) have published reviews of work on #uid}structure interactions, including both the development of special (FSI) codes and the use of existing commercial FE codes.…”

A New Method Based on Laplace Transform and Its Application to Stability of Pipe Conveying Fluid

“…Misra et al [5,6] have studied the dynamics and stability of the cantilevered pipes conveying fluid by finite element method; the conclusions were the same as those of Gregory and Paidoussis [2]. Olson and Jamison [7] introduced a general-purpose finite element program to simulate the dynamics of elastic pipes conveying fluid with different boundary conditions. Kuiper and Metrikine [8] employed a D-decomposition method for stability analysis of a riser conveying oil from seabed to a floating platform.…”

Dynamic Response of Pipe Conveying Fluid with Lateral Moving Supports

“…For instance, Sreejith et al [7] proposed the finite-element method for solving the dynamic responses of the pipeline system in nuclear reactors. Olson and Jamison [8] used the nonlinear finite-element method to predict the response of elastic PCF. Lee and Oh [9] developed a spectral element model of the pipeline.…”