How Pipelines Hear a Leak
In short: How pipeline leak detection works: pressure-wave timing, hydraulic gradients, their limits, and fibre-optic cables that turn a whole line into a sensor.
A 1:53 short film in the series “How Things Work”, narrated by intellect_voice_01.
Sources used in this film: Scientific Reports (Nature Portfolio, Springer Nature), “Genetic algorithm optimization of negative pressure wave method for robust real time leak detection in long distance pipelines - Scientific Reports”; SAGE Publications (journal article by Yang Han, Xin Feng and Michael D Todd, 2023), “A novel methodology for quantitative identification of pipeline leakage and negative pressure wave velocity - Yang Han, Xin Feng, Michael D Todd, 2023”; Springer Nature (Water Resources Management journal), “Detecting Background Leakages in Water Infrastructure With Fiber Optic Distributed Temperature Sensing: Insights From a Heat Transfer-Unsaturated Flow Model - Water Resources Management”; Scientific Reports (Nature Portfolio), “A novel velocity band energy workflow for fiber-optic DAS interpretation and multiphase flow characterization - Scientific Reports”.
Sources used in this film
- Scientific Reports (Nature Portfolio, Springer Nature) — Genetic algorithm optimization of negative pressure wave method for robust real time leak detection in long distance pipelines - Scientific Reports · View →
- SAGE Publications (journal article by Yang Han, Xin Feng and Michael D Todd, 2023) — A novel methodology for quantitative identification of pipeline leakage and negative pressure wave velocity - Yang Han, Xin Feng, Michael D Todd, 2023 · View →
- Springer Nature (Water Resources Management journal) — Detecting Background Leakages in Water Infrastructure With Fiber Optic Distributed Temperature Sensing: Insights From a Heat Transfer-Unsaturated Flow Model - Water Resources Management · View →
- Scientific Reports (Nature Portfolio) — A novel velocity band energy workflow for fiber-optic DAS interpretation and multiphase flow characterization - Scientific Reports · View →
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Sources
- Summary by Intellect · source: Scientific Reports (Nature Portfolio, Springer Nature): Genetic algorithm optimization of negative pressure wave method for robust real time leak detection in long distance pipelines - Scientific Reports
- Also: SAGE Publications (journal article by Yang Han, Xin Feng and Michael D Todd, 2023): A novel methodology for quantitative identification of pipeline leakage and negative pressure wave velocity - Yang Han, Xin Feng, Michael D Todd, 2023
- Also: Springer Nature (Water Resources Management journal): Detecting Background Leakages in Water Infrastructure With Fiber Optic Distributed Temperature Sensing: Insights From a Heat Transfer-Unsaturated Flow Model - Water Resources Management
- Also: Scientific Reports (Nature Portfolio): A novel velocity band energy workflow for fiber-optic DAS interpretation and multiphase flow characterization - Scientific Reports
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