Corrosion and Crack Monitoring of Pipelines Using an Equivalent Electrical and Bond Graph Model, M.Sc. Thesis Sharif University of Technology ; Khayyat, Amir Aliakbar (Supervisor) ; Zabihollah, Abolghasem (Co-Advisor)
Abstract
Pipeline systems have a major role in civil infrastructure for transportation of energy sources including, petroleum, natural gas, and water. As most pipelines are located in hard-access location such as underground and sea as well as mountains, they are vulnerable to corrosion, cracks and thus, unpredictable failure. Failure of pipelines not only costs millions of dollars but also causes environmental damage, requiring continuous health monitoring systems to provide early detection and early warning of flaws such as corrosion and leaks. Structural health monitoring based on ultrasonic guided waves is used in structures as plates, composites, rods, piping and tubing. This research aims to...
Cataloging briefCorrosion and Crack Monitoring of Pipelines Using an Equivalent Electrical and Bond Graph Model, M.Sc. Thesis Sharif University of Technology ; Khayyat, Amir Aliakbar (Supervisor) ; Zabihollah, Abolghasem (Co-Advisor)
Abstract
Pipeline systems have a major role in civil infrastructure for transportation of energy sources including, petroleum, natural gas, and water. As most pipelines are located in hard-access location such as underground and sea as well as mountains, they are vulnerable to corrosion, cracks and thus, unpredictable failure. Failure of pipelines not only costs millions of dollars but also causes environmental damage, requiring continuous health monitoring systems to provide early detection and early warning of flaws such as corrosion and leaks. Structural health monitoring based on ultrasonic guided waves is used in structures as plates, composites, rods, piping and tubing. This research aims to...
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