Effect of magnetic field and buoyancy on onset of Marangoni convection

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Cited by (15)

  • Thermal-solutal capillary-buoyancy flow of a low Prandtl number binary mixture with various capillary ratios in an annular pool

    2017, International Journal of Heat and Mass Transfer
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    Over the years, the capillary-buoyancy flow is attracting growing interest and has been investigated widely [8–12]. The critical condition of the flow bifurcation and the flow pattern multiplicity have also been reported when rotation [13–15], vibration [16–19] or magnetic filed [20–23] are applied to control the flow. However, most studies focus on pure fluids in which the capillary-buoyancy flow is driven by the thermal capillary and thermal buoyancy forces, while the thermal-solutal capillary-buoyancy flow in binary mixtures is much more complex than the thermal capillary-buoyancy flow in pure fluids due to the coupled effect of thermal and solutal capillary forces, thermal and solutal buoyancy forces.

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