Flow of Liquid Metals through Curved Circular Channels with a Transverse Magnetic Field : 1st Report, Flow in Electrically Insulated Channels
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概要
- 論文の詳細を見る
A steady flow of liquid metals in curved circular channels under a transversely applied magnetic field is investigated theoretically and experimentally. firstly, a laminar flow at low Dean number region is analyzed numerically. And the internal mechanisms of the flow, which are velocity profiles, distributions of current densities and others, are made clear, and the resistance coefficient is found. Secondly, on the basis of numerical results, a laminar flow at high Dean number region is analyzed by means of the boundary layer approximate method, and the resistance coefficient is calculated. Finally, an experimental study is carried out for mercury flow. The resistance coefficient obtained by the experiments is shown to be in good agreement with that of the theoretical analysis. Furthermore, the effects of magnetic field on the resistance character in the transition and turbulent flow regions are examined.
- 一般社団法人日本機械学会の論文
著者
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Tomita Yukio
Science University Of Tokyo
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SUDOU Kouzou
Hiroshima Univ.
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Yamane Ryuichiro
Tokyo Insitute Of Technology
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UEDA Kouichi
Tokyo Metropolitan University
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OSHIMA Shuzou
Tokyo Institute of Technology
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