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 …

The present work extends a recently developed quasi-2D flow model for fluid transients in
elastic pipes to accommodate fluid–structure interaction mechanisms. In this context, the …

Abstract Fluid–Structure Interaction (FSI) in pipes can significantly affect pressure
fluctuations during water hammer event. In transmission pipelines, anchors with axial stops …

The aim of this article is the analysis of the hydraulic transient flows in pressurized pipes
using Computational Fluid Dynamics (CFD). The model uses a three-dimensional efficient …

Water hammers seriously endanger the stability and safety of pipeline transportation
systems, and its protection mechanism has been a hotspot for research. In order to study the …

Unsteady friction and its modeling have been widely studied in transient pipe flows for its
influences and modification effect on pressure waves. Such a feature is of great importance …

Water hammer control in water supply pipeline systems is significant for protecting pipelines
from damage. The goal of this research is to investigate the effects of pumps moment of …

In the last decades several reliable technologies have been proposed for fault detection in
water distribution networks (DNs), whereas there are some limitations for transmission …

A surge tank is a common pressure control device in long pressurized pipelines. The
performance is greatly influenced by the location, cross area, and the characteristics of the …

The transient frequency response (TFR) based pipe leak detection method has been
developed and applied to water pipeline systems with different connection complexities …