Abstract
A quasi two-dimensional numerical study is performed to analyze the thermo-magneto-convective transport of liquid metal around a square cylinder in a square duct subjected to a strong externally imposed axial magnetic field. The channel bottom wall is considered heated while the top wall is maintained at the free stream temperature keeping the cylinder adiabatic. The Reynolds and Hartmann numbers are kept in the range 0 4 with Ha = 2160 is also considered to show the development of a Kelvin-Helmholtz-type instability that substantially affects the heat transfer rate.
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