Water hammer or flow transients occur due to a sudden variation (over time) in flow
properties that can lead to pipe system failure or damage. In addition, research on wave …

Water-hammer waves propagation is an important phenomenon arising in numerous
applications. It is also a long-standing topic in the fields of mechanics, mechanical …

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 work presents a fluid transient model capable of handling the viscoelastic behavior of
the pipe. A previously developed quasi-2D flow model is employed as a base, and the …

This paper investigates the redesigning of existing steel piping hydraulic systems to control
severe water hammer positive and negative surges. The applied control strategy is based on …

The inline design strategy was recognized as being an effective tool for water-hammer
control in pressurized-pipe flow. Principally, this strategy is based on replacing a short …

Filling and emptying processes are common maneuvers while operating, controlling and
managing water pipeline systems. Currently, these operations are executed following …

This work introduces a simple and straightforward approach for the creep function
determination in viscoelastic pipes on the basis of transient flow analysis. The governing …

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 …

A dual-technique-based inline strategy was investigated in this study as a sustainment to
conventional-technique skills in terms of limitation of wave oscillation period spread-out …