AbstractThis paper presents an experimental study on internal fluidisation which can occur in the soil outside of a leak in a buried water distribution pipe. The study proposes an experimental method of measuring excess pore pressure and flow velocity in an uniform glass beads medium surrounding the leak. One flow rate of 2 l/min at a fixed leak diameter of 3mm was used in the experiments. The results showed large velocities directly outside the inlet (in the fluidised zone), which decreased rapidly with increasing distance. The surplus pressure in the bed rises to a maximum value at the top of the fluidised zone, after which it decreases towards the top of the bed
Experiments were carried out to study the effects of jet velocity and the jet insertion depth on the...
Fluidization, in the geotechnical engineering context, is a failure mechanism that can occur during ...
The experimental study of the effects of pressure on leakages in water distribution networks has bee...
AbstractThis paper presents an experimental study on internal fluidisation which can occur in the so...
Water conveyed through pipes systems installed beneath the ground surface has become standard practi...
Includes bibliographical references.Leaks in water distribution mains are a major issue throughout t...
Uncontrolled seepage flow due to defects or imperfect joints in civil engineering structures (such a...
This paper reports on an experimental study on the scouring of pipe materials on the outside of leak...
This paper presents a numerical study of soil fluidisation induced by local leakage from a buried pi...
The problem of water loss from water distribution systems is an issue that faces municipalities worl...
The aim of this investigation was to study the hydraulic behaviour of small circular openings in pla...
This paper describes an experimental and analytical study that examined the effects of soil on leaka...
Over the last few decades, water stress has been imminent in most municipalities around the world. T...
The aim of this investigation was to study the hydraulic behaviour of small circular openings in pla...
AbstractThe experimental study of the effects of pressure on leakages in water distribution networks...
Experiments were carried out to study the effects of jet velocity and the jet insertion depth on the...
Fluidization, in the geotechnical engineering context, is a failure mechanism that can occur during ...
The experimental study of the effects of pressure on leakages in water distribution networks has bee...
AbstractThis paper presents an experimental study on internal fluidisation which can occur in the so...
Water conveyed through pipes systems installed beneath the ground surface has become standard practi...
Includes bibliographical references.Leaks in water distribution mains are a major issue throughout t...
Uncontrolled seepage flow due to defects or imperfect joints in civil engineering structures (such a...
This paper reports on an experimental study on the scouring of pipe materials on the outside of leak...
This paper presents a numerical study of soil fluidisation induced by local leakage from a buried pi...
The problem of water loss from water distribution systems is an issue that faces municipalities worl...
The aim of this investigation was to study the hydraulic behaviour of small circular openings in pla...
This paper describes an experimental and analytical study that examined the effects of soil on leaka...
Over the last few decades, water stress has been imminent in most municipalities around the world. T...
The aim of this investigation was to study the hydraulic behaviour of small circular openings in pla...
AbstractThe experimental study of the effects of pressure on leakages in water distribution networks...
Experiments were carried out to study the effects of jet velocity and the jet insertion depth on the...
Fluidization, in the geotechnical engineering context, is a failure mechanism that can occur during ...
The experimental study of the effects of pressure on leakages in water distribution networks has bee...