Analysis of Laminar Fully Developed Mixed Convection in a Vertical Channel With Opposing Buoyancy

Numerical Simulation of Williamson Combined Natural and Forced Convective Fluid Flow between Parallel Vertical Walls with Slip Effects and Radiative Heat Transfer in a Porous Medium

“…Thermal radiative emission from a hot surface to a cold surface plays an important role in many uses, including energy conversion [6], with radiation effects and viscous heating in a channel partially filled by a porous material [7], viscous heating in a porous channel [8], microchannels [9], heat exchangers with vertical hexagonal rod bundle geometries [10], buoyancy-driven vortical flow [11], biofidelity corridors [12], fluid flow control [13,14], in various boundary conditions [15], and pressure dependent viscosity flows [16]. Furthermore mixed convection viscoelastic slip flow through a porous medium in a vertical porous channel with thermal radiation flow [17] is found in industrial processes and has acquired substantial importance due to its…”

Analysis of fully developed flow and heat transfer in a vertical channel with prescribed wall heat fluxes by the homotopy analysis method

“…Equation (4) implies that *T /*Y must be independent of X . This condition must also hold at the channel walls, where the prescribed heat fluxes are expressed as −k*T /*Y .…”

“…The mixed convection in a vertical parallel-plate channel with uniform wall temperatures was studied by Tao [1]. Aung and Worku [2], Cheng et al [3] and Hamadah and Wirtz [4] studied the mixed convection in a vertical channel with symmetric and asymmetric wall temperature. These authors reported that the temperature distributions in the fluid are uniform or no heat transfer occurs when both boundaries are at symmetric heating.…”

Convective heat transfer in the vertical channel flow of a clear fluid adjacent to a nanofluid layer: a two-fluid model

“…Habchi and Acharaya [5] extended the work of Tao [4] to asymmetric heating where one plate is heated and other plate is adiabatic. Some of the published papers such as, Aung and Worku [6], Cheng et al [7], Hamadah and Wirtz [8], Barletta [9], Boulama and Galanes [10], Vajravelu and Sastri [11] and Ingham et al [12] deal with the mixed convection in a vertical parallel-plate channel with symmetric heating or asymmetric heating under different physical situations. All the above-mentioned researchers restricted their studies to a single-fluid model.…”