In the context of smart city development and rapid urbanization worldwide, urban water
supply system (UWSS) has been of vital importance to this process. This paper presents a …

Over the years, anomaly detection of fluid pipes has been a focus of water authorities as well
as oil and gas operators to advance the operation and management of these mechanical …

This paper concerns the use of Transient Test‐Based Techniques (TTBTs) for fault detection
in a long transmission main. It reports the results of two series of transient tests executed in a …

The current paper aims at the assessment of the effectiveness of a popular transient-based
technique—inverse transient analysis (ITA)—for leak detection in water pipe systems using …

The mechanical behaviour of the pipe material determines the pressure response of a fluid
system during the occurrence of transient events. in viscoelastic pipes, typically made of …

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 …

The current paper focuses on leakage detection in pipe systems by means of the standing
wave difference method (SWDM) used for cable fault location in electrical engineering. This …

The current waterhammer models coupled with friction models cannot adequately represent
the pressure wave attenuation observed in real-world pipe systems, because the pressure …

In this paper, time-reversal (TR) technique is proposed for the detection of discrete defects
(eg, leaks and blockages) in pressurized fluid-filled pipelines using active transient waves …

This paper applies the matched-field processing (MFP) method to leakage localization in a
viscoelastic pipe. The viscoelasticity of pipe wall is included in the governing equations of …