Add to ORKGAbstract:- The convective heat transfer on a rotating sphere in the presence of magnetic field, buoyancy forces and impulsive motion is examined theoretically and numerically in this paper using boundary layer theory. The flow equations for translational momentum, angular momentum and heat transfer are solved using Blottner's finite difference method. The numerical solutions are benchmarked with the earlier study by Lee (1978) on laminar boundary layer flow over rotating bodies in forced flow and found to be in excellent agreement. The effects of magnetic field and buoyancy parameter and rotational parameter on translational velocity, angular velocity, temperature and other variables (shear stress etc) are presented graphically and dis...
In this paper, the effect of radiation on magnetohydrodynamic free convection boundary layer flow on...
The hydromagnetic flow of a steady, laminar conducting viscous fluid due to an impulsively started r...
The hydromagnetic spin-up and spin-down of an incompressible electrically conducting fluid on a heat...
Abstract. The convective heat transfer on a rotating sphere in the presence of magnetic field, buoya...
The convective heat transfer on a rotating sphere in the presence of magnetic field, buoyancy force...
An analysis has been carried out to determine the development of momentum and heat transfer occurrin...
The motion of the fluid past a body is of great interest for academic research due to its various pr...
The unsteady free convection boundary-layer flow in the forward stagnation-point region of a sphere,...
The transient flow and heat transfer on a moving surface in a rotating fluid in the presence of a ma...
Transient rotating flow of a laminar incompressible viscous electrically conducting fluid over a rot...
The unsteady flow and heat transfer of a viscous incompressible electrically conducting fluid in the...
A numerical method for solving the buoyancy-driven magneto-convection equations in a rapidly rotatin...
A numerical technique is developed to analyze the transient combined natural and forced thermal conv...
A numerical technique is developed to analyze the transient combined natural and forced thermal conv...
This study is focused on the problem of MHD heat and mass transfer by mixed con-vection flow in the ...
In this paper, the effect of radiation on magnetohydrodynamic free convection boundary layer flow on...
The hydromagnetic flow of a steady, laminar conducting viscous fluid due to an impulsively started r...
The hydromagnetic spin-up and spin-down of an incompressible electrically conducting fluid on a heat...
Abstract. The convective heat transfer on a rotating sphere in the presence of magnetic field, buoya...
The convective heat transfer on a rotating sphere in the presence of magnetic field, buoyancy force...
An analysis has been carried out to determine the development of momentum and heat transfer occurrin...
The motion of the fluid past a body is of great interest for academic research due to its various pr...
The unsteady free convection boundary-layer flow in the forward stagnation-point region of a sphere,...
The transient flow and heat transfer on a moving surface in a rotating fluid in the presence of a ma...
Transient rotating flow of a laminar incompressible viscous electrically conducting fluid over a rot...
The unsteady flow and heat transfer of a viscous incompressible electrically conducting fluid in the...
A numerical method for solving the buoyancy-driven magneto-convection equations in a rapidly rotatin...
A numerical technique is developed to analyze the transient combined natural and forced thermal conv...
A numerical technique is developed to analyze the transient combined natural and forced thermal conv...
This study is focused on the problem of MHD heat and mass transfer by mixed con-vection flow in the ...
In this paper, the effect of radiation on magnetohydrodynamic free convection boundary layer flow on...
The hydromagnetic flow of a steady, laminar conducting viscous fluid due to an impulsively started r...
The hydromagnetic spin-up and spin-down of an incompressible electrically conducting fluid on a heat...