This paper proposes a novel technique for leak detection and localization in industrial fluid
pipelines. Artificial intelligence-based supervised methods are a popular adoption for …

Effective water pipeline leak detection and localization can help water practitioners save
water losses and reduce pipe rehabilitation budgets. Different sensing technologies can …

The present work deals with the multi-leak diagnosis problem in a branched pipeline
configuration as in water distribution systems. Here, it is assumed that the flow rate and …

New developments in analytical modelling of wall shear stresses during water hammer
events are presented and discussed in this paper. These include further development of …

Transient‐based leak/burst detection has received more and more attentions in the
operation and management of water distribution networks. However, with the increase in …

A novel leak localization method is presented based on the forward and backward transient
analysis. The approach applies discrepancies between results from the forward and …

Transient analysis of multi-branched pipeline systems is generalized by the development of
an impedance method. Both open and closed boundaries of branched pipeline elements …

The main contribution of this paper is to present a novel solution for the leak diagnosis
problem in branched pipeline systems considering the availability of pressure head and flow …

A leak detection and repair survey (LDAR) is essential to ensure a reliable and safe
liquefied natural gas (LNG) supply. Modern LDAR systems deploy numerous fixed thermal …

Methods for determining pipe burst (PB) locations based on supervisory control and data
acquisition systems (SCADAs) have been widely studied. Existing location methods either …