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Measurements of Local Instantaneous Convective Heat Transfer in a Pipe – Single and Two-phase Flow
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Chapters
- 00:05Title
- 00:48Manufacture of the Test Section
- 04:23The Test Section in the Experimental Facility and the Experimental Procedure
- 06:26Results: Normalized Local Heat Transfer Coefficients along a Single Slug Unit for Stagnant Liquid
- 07:30Conclusion
This manuscript describes methods aimed at measuring the local instantaneous convective heat transfer coefficients in a single or two-phase pipe flow. A simple optical method to determine the length and the propagation velocity of an elongated (Taylor) air bubble moving at a constant velocity is also presented.
