AbstractIn this research work, the leakage characteristics of the viscoelastic material HDPE is investigated and compared to other materials like uPVC which is elastic and galvanised steel which is rigid in nature. Under no axial loading, the deformation in HDPE pipe wall causes the leak aperture to close up under increasing pressure head. As a consequence, the leakage exponent decreases from around 1 to 0.5 with increase in both longitudinal and circumferential crack lengths whereas for uPVC and steel, the leakage exponent increases under similar conditions. Consequently, the increase in discharge rate for increasing pressure in HDPE gets smaller
The correct definition of the leak law, i.e. the relationship between the leak outflow, the total he...
The problem of water loss from water distribution systems is an issue that faces municipalities worl...
Abstract In this paper the results of an experimental validation of a technique for l...
AbstractIn this research work, the leakage characteristics of the viscoelastic material HDPE is inve...
AbstractThe use of plastic pipes within water distribution systems is viewed as a highly effective m...
Includes bibliographical references.Water is an important and increasingly scarce resource in the wo...
As a common method to control leakage of water distribution systems, pressure management has the adv...
Strategies for managing leakage from water distribution systems require the ability to effectively e...
Polyethylene pipes, and other polymeric materials, are a popular choice in the water industry due to...
Abstract: The effect of the pipe material plays a preeminent role in the overall water leakage behav...
This paper extends the analysis concerning the importance in numerical models of unsteady friction a...
AbstractThis paper shows that the link between the pipe leakage and the internal pressure can be rep...
AbstractAccurate models are critical for the effective management of leaks in our water distribution...
Leakage in transmission pipelines and water distribution networks causes water and energy loss and r...
The aim of this investigation was to study the hydraulic behaviour of small circular openings in pla...
The correct definition of the leak law, i.e. the relationship between the leak outflow, the total he...
The problem of water loss from water distribution systems is an issue that faces municipalities worl...
Abstract In this paper the results of an experimental validation of a technique for l...
AbstractIn this research work, the leakage characteristics of the viscoelastic material HDPE is inve...
AbstractThe use of plastic pipes within water distribution systems is viewed as a highly effective m...
Includes bibliographical references.Water is an important and increasingly scarce resource in the wo...
As a common method to control leakage of water distribution systems, pressure management has the adv...
Strategies for managing leakage from water distribution systems require the ability to effectively e...
Polyethylene pipes, and other polymeric materials, are a popular choice in the water industry due to...
Abstract: The effect of the pipe material plays a preeminent role in the overall water leakage behav...
This paper extends the analysis concerning the importance in numerical models of unsteady friction a...
AbstractThis paper shows that the link between the pipe leakage and the internal pressure can be rep...
AbstractAccurate models are critical for the effective management of leaks in our water distribution...
Leakage in transmission pipelines and water distribution networks causes water and energy loss and r...
The aim of this investigation was to study the hydraulic behaviour of small circular openings in pla...
The correct definition of the leak law, i.e. the relationship between the leak outflow, the total he...
The problem of water loss from water distribution systems is an issue that faces municipalities worl...
Abstract In this paper the results of an experimental validation of a technique for l...