Add to ORKGThe loss of valuable water resources due to pipe failure has become a major problem in Australia, especially in areas under high level of water restrictions. Generally pipe failure occurs due to a combination of physical and environmental factors. Stresses induced by shrinking and swelling of reactive soils are one of the major factors affecting the performance of buried pipes. This paper presents the details of a field instrumentation undertaken to monitor the performance of an in-service water reticulation pipe buried in a reactive soil and subjected to seasonal climatic changes
The integrity and performance of buried pipe infrastructure is vital to our society for the provisio...
The causes of pipe damage that lead to leakages and bursts in water distribution networks are numero...
This document summarises an investigation conducted into the deterioration and failure of the Water ...
The loss of valuable water resources due to pipe failure has become a major problem in Australia, es...
This paper presents the measurements of strain and the subsequent stress analysis on an in-service c...
Field monitoring is an important means for understanding soil behaviour and its interaction with bur...
The failure of buried reticulation pipes has been reported to peak during winter months in a number ...
In Australia, buried water and gas pipes are reported to have more frequent failures in hot and dry ...
Field monitoring is an important means for understanding soil behaviour and its interaction with bur...
Water main pipes buried in expansive soils are often subjected to severe distress subsequent to inst...
Water distribution pipes constructed in expansive clay soils are often subjected to severe distress ...
Water mains buried in expansive soils are often subjected to severe distress subsequent to installat...
Field instrumentation of an in-service cast iron gas pipe buried in a residential area is detailed i...
A field monitoring project was initiated to advance understanding of water distribution system deter...
While the use of environmental factors in the analysis and prediction of failures of buried reticula...
The integrity and performance of buried pipe infrastructure is vital to our society for the provisio...
The causes of pipe damage that lead to leakages and bursts in water distribution networks are numero...
This document summarises an investigation conducted into the deterioration and failure of the Water ...
The loss of valuable water resources due to pipe failure has become a major problem in Australia, es...
This paper presents the measurements of strain and the subsequent stress analysis on an in-service c...
Field monitoring is an important means for understanding soil behaviour and its interaction with bur...
The failure of buried reticulation pipes has been reported to peak during winter months in a number ...
In Australia, buried water and gas pipes are reported to have more frequent failures in hot and dry ...
Field monitoring is an important means for understanding soil behaviour and its interaction with bur...
Water main pipes buried in expansive soils are often subjected to severe distress subsequent to inst...
Water distribution pipes constructed in expansive clay soils are often subjected to severe distress ...
Water mains buried in expansive soils are often subjected to severe distress subsequent to installat...
Field instrumentation of an in-service cast iron gas pipe buried in a residential area is detailed i...
A field monitoring project was initiated to advance understanding of water distribution system deter...
While the use of environmental factors in the analysis and prediction of failures of buried reticula...
The integrity and performance of buried pipe infrastructure is vital to our society for the provisio...
The causes of pipe damage that lead to leakages and bursts in water distribution networks are numero...
This document summarises an investigation conducted into the deterioration and failure of the Water ...