Shock Tube - Khawaja, Hassan; Kapaya, Juma; Moatamedi, Mojtaba
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The shock tube is a device in which a normal shock wave is produced by the sudden interaction of separating fluids at significant pressure difference. When the interaction happens, a shock wave forms almost instantaneously and propagates, while simultaneously an expansion wave propagates in the opposite direction.The most commonly used technique to set such initial conditions is the use of a bursting diaphragm; however a high speed valve provides better control over such an event. In this particular case, a high speed valve is used for the generation of the shock wave. In this setup, solenoid…mehr

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Produktbeschreibung
The shock tube is a device in which a normal shock wave is produced by the sudden interaction of separating fluids at significant pressure difference. When the interaction happens, a shock wave forms almost instantaneously and propagates, while simultaneously an expansion wave propagates in the opposite direction.The most commonly used technique to set such initial conditions is the use of a bursting diaphragm; however a high speed valve provides better control over such an event. In this particular case, a high speed valve is used for the generation of the shock wave. In this setup, solenoid valves are placed at various locations to control the filling and safe operation of shock tube. The shock tube is fitted with three pressure sensors. The particular setup has a computerized data acquisition system. The operation of shock tube and its various sensors are programmed to auto trigger to gather the data of the event. This report discusses the details of the shock tube experimental facility.
Autorenporträt
Dr. Khawaja is Associate Professor in the field of Process Engineering at UiT-The Arctic University of Norway. He has been been researching in collaboration with the petroleum industry on various technical challenges in oil & gas exploration, extraction, processing and transportation. His work involves experiments as well as simulations.