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) (1
Note: For this lower heat generation rate, the conduction transfer through the wall overcomes the heat generation. The heat fluxes at both surfaces are to the left. Let us check our results. The input to the wall is the heat generation plus the heat flowing into the wall through the right...
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...
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...
heat transfer modelparticle/SCO2 moving packed bed heat exchangerthermal energy storagethermal radiationMoving packed bed particle/SCO2 heat exchanger (MPBE) is a critical equipment to integrate particle thermal energy storage technology with SCO2 power cycle block in the next generation CSP plants. ...
The Control Volume System block models a constant volume open thermodynamic system with heat transfer.
This tutorial gives an introduction to modeling heat transfer. Equations and boundary conditions that are relevant for performing heat transfer analysis are derived and explained. Heat transfer is a discipline of thermal engineering that is concerned with the movement of energy. The driving force behind...
On the other hand, controlling heat transfer with heat may empower a distinct paradigm other than using thermal metamaterials. However, since heat neither propagates nor carries any momentum, almost all concepts in wave scattering are ill-defined for steady-state heat diffusion, making it formidable...
Heat transfer science is at the core of numerous industrial applications, from energy generation to electronics cooling and aerospace technologies. Innovative heat transfer techniques are becoming increasingly critical as industries continue evolving and