Flow of Liquid Metals with a Transversely Applied Magnetic Field : 4th Report, Resistance Coefficient for Turbulent Channel Flow
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概要
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In order to collect the preliminary design data for the electromagnetic pump, flow-meter and so forth, the investigation of the electrically conducting fluid flowing in channels under an applied magnetic field is so important that many investigations have been conducted. However, most of the investigitions are of laminar flow and those of turbulent flow are rare. The present report is an analytical investigation in which the Prandtl mixing length theory is applied to turbulent magnetohydrodynamic flows in rectangular channels with a large aspect ratio under a transversely applied magnetic field. The results for the resistance coefficient agree well with the experimental ones in the region of small Hartmann numbers and over a wide range of Reynolds numbers. Judging from the present condition of the turbulent magnetohydrodynamic theory, the present analysis is considered to be significant enough for engineering.
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