The influence of various Prandtl numbers on the laminar convection flow between concentric and vertically eccentric cylinders is studied numerically. To overcome the difficulties associated with the complex physical domains a numerical transformation method is used to map this region on a rectangle. Although two independent computer programs which are based on different formulations of the governing equations were used, nearly identical results were obtained. Local heat transfer results are presented for a wide range of Rayleigh numbers for the first time. Local heat transfer rates are found to depend on the Prandtl number in addition to the Rayleigh number dependence
Abstract. We present in this work a numerical study of a problem governed by Navier-Stokes equations...
Numerical investigation is accomplished to study the roles of governing parameters of natural convec...
Numerical investigation is accomplished to study the roles of governing parameters of natural convec...
The influence of various Prandtl numbers on the laminar convection flow between concentric and verti...
AbstractNumerical investigations are carried out for steady natural convection within domains with c...
Natural convection heat transfer from a heated horizontal semi-circular cylinder (flat surface upwar...
In the present work, the natural convection heat transfer from horizontal circular cylinder situated...
We report the Prandtl-number (Pr) and Rayleigh-number (Ra) dependencies of the Reynolds number (Re) ...
We report the Prandtl-number (Pr) and Rayleigh-number (Ra) dependencies of the Reynolds number (Re) ...
A numerical analysis for natural convection heat transfer in eccentric cylindrical annuli was presen...
A numerical study of the natural convection flow arising from a confined thermal source is presented...
A numerical study of the natural convection flow arising from a confined thermal source is presented...
AbstractThis paper reports the numerical study of the phenomenon of the natural convection in a spac...
We present in this work a numerical study of a problem governed by Navier-Stokes equations...
We present in this work a numerical study of a problem governed by Navier-Stokes equations...
Abstract. We present in this work a numerical study of a problem governed by Navier-Stokes equations...
Numerical investigation is accomplished to study the roles of governing parameters of natural convec...
Numerical investigation is accomplished to study the roles of governing parameters of natural convec...
The influence of various Prandtl numbers on the laminar convection flow between concentric and verti...
AbstractNumerical investigations are carried out for steady natural convection within domains with c...
Natural convection heat transfer from a heated horizontal semi-circular cylinder (flat surface upwar...
In the present work, the natural convection heat transfer from horizontal circular cylinder situated...
We report the Prandtl-number (Pr) and Rayleigh-number (Ra) dependencies of the Reynolds number (Re) ...
We report the Prandtl-number (Pr) and Rayleigh-number (Ra) dependencies of the Reynolds number (Re) ...
A numerical analysis for natural convection heat transfer in eccentric cylindrical annuli was presen...
A numerical study of the natural convection flow arising from a confined thermal source is presented...
A numerical study of the natural convection flow arising from a confined thermal source is presented...
AbstractThis paper reports the numerical study of the phenomenon of the natural convection in a spac...
We present in this work a numerical study of a problem governed by Navier-Stokes equations...
We present in this work a numerical study of a problem governed by Navier-Stokes equations...
Abstract. We present in this work a numerical study of a problem governed by Navier-Stokes equations...
Numerical investigation is accomplished to study the roles of governing parameters of natural convec...
Numerical investigation is accomplished to study the roles of governing parameters of natural convec...