Fluid-structure interaction in pi** systems (FSI) consists of the transfer of momentum and
forces between pi** and the contained liquid during unsteady flow. Excitation …

Fluid–structure interaction (FSI) due to water hammer in a pipeline which has viscoelastic
wall behaviour is studied. Appropriate governing equations are derived and numerically …

This paper is the second part of the two-part review article presenting an overview of
mechanics of pipes conveying fluid and related problems such as the fluid-elastic instability …

Waterhammer modeling with fluid–structure interaction (FSI) in a pipeline with axial
viscoelastic supports is the aim of this research. The viscoelastic materials of supports (or …

Repairs of through-wall corrosion damage in pipes conveying liquids using bonded metallic
patches are becoming common in the oil and gas industry. Usually, this kind of patch is used …

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This paper is concerned with the repair of through-wall corrosion damage in metallic pipes
using bonded metallic patches. The focus is on the analysis of the influence of the thickness …

This work presents a numerical procedure for obtaining approximated solutions for one-
dimensional fluid–structure interaction (FSI) models, which are used in transient analyses of …

This paper studies constrained Newtonian fluid flows through porous media, accounting for
the drag effect on the fluid, modeled using a Mixture Theory perspective and a constitutive …

Two mechanical models have been presented in this paper for structural failure prediction of
pi** systems conveying liquids subjected to pressure transients. One model takes into …