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Abstract <p>The stability of the mixing layer in a cylindrical cell between two counter-rotating vortex flows created by electromagnetic forces is investigated numerically. The flow is described during the development of instability. The resulting Kelvin–Helmholtz instability becomes a source of small disturbances and leads to turbulent mixing of the liquid. The second and third modes of flow make the greatest contribution to the development of disturbances.</p>

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Interaction between Multi-Directional Rotating MHD Flows of Liquid Metal in a Cylindrical Channel

  • 期刊论文

  • 发表日期：

    2025年7月16日

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  • V. S. Ozernykh,
  • E. Golbraikh,
  • I. V. Kolesnichenko

摘要

Abstract

The stability of the mixing layer in a cylindrical cell between two counter-rotating vortex flows created by electromagnetic forces is investigated numerically. The flow is described during the development of instability. The resulting Kelvin–Helmholtz instability becomes a source of small disturbances and leads to turbulent mixing of the liquid. The second and third modes of flow make the greatest contribution to the development of disturbances.