International Journal of Heat & Mass TransferF. Cheung, T. Chawla, D. Pedersen, The effects of heat generation and wall interaction on freezing and melting in a finite slab, Int. J. Heat. Mass Transf. 27 (1) (1984) 29e37.Cheung, F. B., Chawla, T. C., & Pedersen, D. R. (...
This paper deals with the problem of heat transfer in fully developed turbulent flow with uniform internal heat generation in a concentric annulus under conditions of uniform but different heat fluxes at the two wall surfaces. The Nusselt numbers at each wall surface are calculated by analyzing the...
The previous paper(1) dealt with the problem of fully developed heat transfer in a turbulent flow with uniform internal heat generation in a concentric annulus under conditions of uniform but different heat fluxes at the two wall surfaces. This sequel presents analyses of the heat transfer problem...
A more useful quantity to work with is heat flux, q″(Wm2), the heat transfer per unit area: (3.4)q″=Q˙A Separating the variables in Eq. (3.3), integrating from x = 0 and rearranging gives: (3.5)Q˙=kAΔTL where L is the aorta wall thickness. For steady flow, one-...
Laminar Convective Heat Transfer of a Bingham Plastic in a Circular Pipe With Uniform Wall Heat Flux: The Graetz Problem Extended Thermally developing laminar flow of a Bingham plastic in re circular pipe with uniform wall heat flux has been studied analytically. Expressions for the f... T Min...
We consider unsteady laminar natural convection flow of water subject to density inversion in a rectangular cavity formed by isothermal vertical walls with internal heat generation. The top and bottom horizontal walls are considered to be adiabatic, whereas the temperature of the left vertical wall is...
The heat transfer characteristics of a second-order fluid over a continuous stretching surface with internal heat generation or absorption is analyzed. Two cases are studied, namely (i) the sheet with prescribed surface temperature (PST-case) and (ii) the sheet with prescribed wall heat flux (PH...
This work considers the flow field as two-dimensional turbulent flow and studies the steady-state properties of heat transfer and the pressure of the suspension nozzle. An adiabatic wall parallel to the moving wall and two slit entrances at either end of
[15]. The effects of EHD on single-phase (liquid and gas) and two-phase (boiling and condensation) heat transfer systems on both horizontal and vertical surfaces were investigated. Léal et al. [3] worked on how heat and mass transfers between a fluid and a wall can be arisen using ...
Practical, Experimental/ channel flow cooling copper evaporation thermal management (packaging)/ heat transfer coefficient two-phase thermosyphon loop heat generation electronic components air-cooling liquid cooling heat flux applications vaporization condenser wall surface structures system pressure mass flow rate...