Entropy generation for thermally developing forced convection in a porous-saturated circular tube of uniform wall temperature is investigated analytically on the basis of the Darcy flow model where the viscous dissipation effects had also been taken into account. A parametric study showed that decreasing the group parameter and the Peclet number increases the entropy generation while for the Brinkman number the converse is true
An analytic solution on fully developed forced convection, in parallel plates porous micro-channels ...
Effect of temperature-dependent viscosity on fully developed forced convection in a duct of rectangu...
We investigate analytically the first and the second law characteristics of fully developed forced c...
The temperature-dependent viscosity effect on forced convection in a circular tube filled with a por...
Entropy generation for thermally developing forced convection in a porous medium bounded by two isot...
A numerical study is reported to investigate both the First and the Second Law of Thermodynamics for...
A numerical study is reported to investigate the thermal development of forced convection in a circu...
Analytical investigation of entropy generation for fully developed laminar steady forced convection ...
The viscous dissipation effect on forced convection in a porous saturated circular tube with an isof...
Entropy generation for fully developed laminar steady forced convection in a porous medium inside an...
The second law performance of double diffusive forced convection in a horizontal porous channel with...
A numerical study is reported to investigate the entropy generation due to forced convection in a pa...
The paper provides a numerical investigation of the entropy generation analysis due to natural conve...
This paper provides a comprehensive study on the heat transfer and entropy generation rates in a cha...
Numerical investigation is carried out to predict the entropy generation for combined natural convec...
An analytic solution on fully developed forced convection, in parallel plates porous micro-channels ...
Effect of temperature-dependent viscosity on fully developed forced convection in a duct of rectangu...
We investigate analytically the first and the second law characteristics of fully developed forced c...
The temperature-dependent viscosity effect on forced convection in a circular tube filled with a por...
Entropy generation for thermally developing forced convection in a porous medium bounded by two isot...
A numerical study is reported to investigate both the First and the Second Law of Thermodynamics for...
A numerical study is reported to investigate the thermal development of forced convection in a circu...
Analytical investigation of entropy generation for fully developed laminar steady forced convection ...
The viscous dissipation effect on forced convection in a porous saturated circular tube with an isof...
Entropy generation for fully developed laminar steady forced convection in a porous medium inside an...
The second law performance of double diffusive forced convection in a horizontal porous channel with...
A numerical study is reported to investigate the entropy generation due to forced convection in a pa...
The paper provides a numerical investigation of the entropy generation analysis due to natural conve...
This paper provides a comprehensive study on the heat transfer and entropy generation rates in a cha...
Numerical investigation is carried out to predict the entropy generation for combined natural convec...
An analytic solution on fully developed forced convection, in parallel plates porous micro-channels ...
Effect of temperature-dependent viscosity on fully developed forced convection in a duct of rectangu...
We investigate analytically the first and the second law characteristics of fully developed forced c...
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