This paper provides a broad overview of the literature pertaining to the dynamic analysis of
fluid-filled pipe systems considering fluid–structure interaction (FSI). Various types of models …

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 …

The transfer matrix method (TMM) is an analytical method for investigating the vibrations in
many structures such as beams, pipes, sheets, and shells. For long-span pipeline systems …

Pipes conveying fluid are considered as a fundamental dynamical problem in the field of
fluid-structure interaction. They are widely used in the petroleum industry, in nuclear …

The absorbing transfer matrix method (ATMM) is applied to dynamics calculation and
optimization design of planar branch piping systems combined with the response surface …

A curved pipe bent in the arc of a circle conveying fluid is investigated. The flowing fluid is
considered as a non-compressible and heavy. The considered pipe is assumed …