Add to ORKGThe Advanced Condition Assessment and Pipe Failure Prediction Project is coming up with a novel condition assessment research concept: exploiting data-driven research to improve large critical water mains condition prediction, over extended sections of pipeline, from limited condition assessment inspection data
This paper describes a study conducted to develop a method to facilitate more reliable determination...
An important step towards the assessment and management of failure risk in large-diameter (transmiss...
Pipelines are susceptible to degradation over the span of their service life. Corrosion is one of th...
Recent research findings on remaining life prediction for older Cast Iron critical water mains sugge...
This document is Deliverable 7.2 of the Co-UDlabs project, funded under the European Union’s Horizon...
Water is supplied to customers via a distribution network of aging, mainly ferrous water mains. The ...
Most of North America’s oldest water mains are constructed of ferrous material, in particular cast i...
This paper reviews the state-of-the-art of inspection techniques and technologies towards condition ...
The effective management of failure risk in large buried pipes requires inspection and monitoring, w...
In North American, aging water infrastructure continually challenges communities’ safety. An efficie...
Although they are the safest means of transporting oil and gas products, pipelines can sometimes fai...
The condition of drainage pipes greatly affects the urban environment and human health. However, it ...
This paper examines the role of pipe deterioration prediction approaches for optimizing maintenance,...
The paper deals with pipe reliability assessment in two networks using the Discriminant Analysis and...
Many municipalities rely on the interpretation of Closed Circuit Television (CCTV) inspection report...
This paper describes a study conducted to develop a method to facilitate more reliable determination...
An important step towards the assessment and management of failure risk in large-diameter (transmiss...
Pipelines are susceptible to degradation over the span of their service life. Corrosion is one of th...
Recent research findings on remaining life prediction for older Cast Iron critical water mains sugge...
This document is Deliverable 7.2 of the Co-UDlabs project, funded under the European Union’s Horizon...
Water is supplied to customers via a distribution network of aging, mainly ferrous water mains. The ...
Most of North America’s oldest water mains are constructed of ferrous material, in particular cast i...
This paper reviews the state-of-the-art of inspection techniques and technologies towards condition ...
The effective management of failure risk in large buried pipes requires inspection and monitoring, w...
In North American, aging water infrastructure continually challenges communities’ safety. An efficie...
Although they are the safest means of transporting oil and gas products, pipelines can sometimes fai...
The condition of drainage pipes greatly affects the urban environment and human health. However, it ...
This paper examines the role of pipe deterioration prediction approaches for optimizing maintenance,...
The paper deals with pipe reliability assessment in two networks using the Discriminant Analysis and...
Many municipalities rely on the interpretation of Closed Circuit Television (CCTV) inspection report...
This paper describes a study conducted to develop a method to facilitate more reliable determination...
An important step towards the assessment and management of failure risk in large-diameter (transmiss...
Pipelines are susceptible to degradation over the span of their service life. Corrosion is one of th...