Add to ORKGThe fully developed laminar heat transfer to modified power-law fluids flowing between parallel plates with one moving plate was analyzed taking into account the viscous dissipation of the flowing fluid. Applying the shear stress described by the modified power-law model, the energy equation together with the fully developed velocity profile is solved numerically for the thermal boundary condition of constant heat flux at the fixed wall with the moving wall insulated. The effects of the flow index, relative velocity of the moving plate, dimensionless shear rate parameter and Brinkman number on Nusselt numbers at the plate walls were discussed
Consideration is given to the effects of viscous dissipation on the developing heat transfer between...
Results are presented of a theoretical and experimental investigation of heat transfer involving lam...
AbstractThe problem of boundary layer flow and heat transfer from a plate moving in a quiescent non-...
The fully developed laminar heat transfer to modified power-law fluids flowing between parallel plat...
The fully developed laminar heat transfer to modified power-law fluids flowing between parallel plat...
Fully developed laminar heat transfer of a Newtonian fluid flowing between two parallel plates with ...
Fully developed laminar heat transfer of a non-Newtonian fluid flowing between two parallel plates w...
In the present paper, the extension of the work on the combined effects of viscous dissipation, flui...
Using the fully developed laminar velocity distributions obtained by applying the modified power-law...
Consideration is given to the effects of viscous dissipation and fluid axial heat conduction on the ...
The fully developed laminar heat transfer to non-Newtonian fluids flowing in a concentric annulus wi...
The fully developed laminar heat transfer of modified power-law fluids in a concentric annulus with ...
In this work, the heat transfer, subject to the effect of viscous dissipation, in a laminar fully-de...
The present paper is an extension of the previous study on fully developed laminar heat transfer of ...
The present paper which is an extension of the previous study^ on the combined effects of viscous di...
Consideration is given to the effects of viscous dissipation on the developing heat transfer between...
Results are presented of a theoretical and experimental investigation of heat transfer involving lam...
AbstractThe problem of boundary layer flow and heat transfer from a plate moving in a quiescent non-...
The fully developed laminar heat transfer to modified power-law fluids flowing between parallel plat...
The fully developed laminar heat transfer to modified power-law fluids flowing between parallel plat...
Fully developed laminar heat transfer of a Newtonian fluid flowing between two parallel plates with ...
Fully developed laminar heat transfer of a non-Newtonian fluid flowing between two parallel plates w...
In the present paper, the extension of the work on the combined effects of viscous dissipation, flui...
Using the fully developed laminar velocity distributions obtained by applying the modified power-law...
Consideration is given to the effects of viscous dissipation and fluid axial heat conduction on the ...
The fully developed laminar heat transfer to non-Newtonian fluids flowing in a concentric annulus wi...
The fully developed laminar heat transfer of modified power-law fluids in a concentric annulus with ...
In this work, the heat transfer, subject to the effect of viscous dissipation, in a laminar fully-de...
The present paper is an extension of the previous study on fully developed laminar heat transfer of ...
The present paper which is an extension of the previous study^ on the combined effects of viscous di...
Consideration is given to the effects of viscous dissipation on the developing heat transfer between...
Results are presented of a theoretical and experimental investigation of heat transfer involving lam...
AbstractThe problem of boundary layer flow and heat transfer from a plate moving in a quiescent non-...