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Numerical Heat Transfer And Fluid Flow

CFD simulation of fluidized bed reactors for polyolefin production – A review

This topic addresses the influence of binary chemical reaction and activation energy in hydromagnetic flow of third grade nanofluid associated with convective conditions. Flow is developed through nonlinearly stretched surface. Nanoparticles concentration and temperature profiles are considered in the presence of Brownian dispersion and thermophoresis effects. Third grade liquid is electrically conducted via uniform applied magnetic field. Assumption of boundary layer has been used in the problem development. Governing differential systems have been computed in frame of NDsolve. The graphical illustrations explore influences of various sundry variables. Further surface drag force, heat and mass transfer rate are sketched and analyzed. Temperature and concentration distributions are declared increasing functions of Hartman number while reverse trend is seen for velocity distribution. Furthermore an enhancement is observed in temperature and concentration distributions for the higher values of thermal and concentration Biot numbers respectively.

Influence of Arrhenius activation energy in MHD flow of third grade nanofluid over a nonlinear stretching surface with convective heat and mass conditions

Impact of process flow conditions on particle morphology in metal powder production via gas atomization

Mean flow characteristics of a turbulent dual jet consisting of a plane wall jet and a parallel offset jet

Comparison of two low-Reynolds number turbulence models for fluid flow study of wall bounded jets

A comparative study of heat transfer characteristics of wall-bounded jets using different turbulence models

A review of solar air collectors about various modifications for performance enhancement

Numerical investigation on the performance of low-Reynolds number k-∊ model for a buoyancy-opposed wall jet flow

\n This study deals with the heat transfer characteristics of magnetohydrodynamic (MHD) flow of a third-grade fluid through parallel plates, subjected to a uniform wall heat flux, but of different magnitudes. The effect of viscous dissipation has been included for both heating and cooling of the fluid. The least square method (LSM) has been adopted for solving the nonlinear equations. The expressions for the velocity and temperature fields have been derived which, in turn, is utilized to evaluate the Nusselt number. The results indicate an increase in Nusselt number for higher values of the third-grade fluid parameter during heating and indicate a reverse trend for cooling. Nusselt number increases with an increase in Hartmann number during heating, whereas it decreases with increasing values of the Hartmann number while cooling the fluid.

Sushil Kumar Rathore

Papers

Comparison of two low-Reynolds number turbulence models for fluid flow study of wall bounded jets

A comparative study of heat transfer characteristics of wall-bounded jets using different turbulence models

A review of solar air collectors about various modifications for performance enhancement

Numerical investigation on the performance of low-Reynolds number k-∊ model for a buoyancy-opposed wall jet flow

Semi Analytical Solution of Heat Transfer of Magnetohydrodynamic Third-Grade Fluids Flowing Through Parallel Plates With Viscous Dissipation