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Laminar forced convection heat transfer from 2-D flow over a square cylinder   placed in a confined adiabatic channel is studied numerically. The governing   equations are solved using unsteady stream function-vorticity method. The   effect of volume fraction of the nanoparticles are tested for different   Reynolds number in laminar range. Fluid dynamics and heat transfer results   were reported for steady-state condition. Local Nusselt number and average   Nusselt number are reported in connection with volume fraction and Reynolds   number for blockage ratio of 0.25. Square cylinder?s front wall results   maximum Nusselt number whereas rear wall shows smaller Nusselt number. Wall   attached pair of vortices appeared rear side of cylinder for Reynolds number   varying from 10 to 40 and volume fraction varies from 0.0 to 0.1. The size   of symmetry vortices linearly increases when Reynolds number or volume   fraction is increased. The drag coefficient is more pronounced to the   variation in Reynolds number and volume fraction rather lift coefficient.

Numerical investigation of heat transfer from flow over square cylinder placed in a confined channel using Cu-water nanofluid