Parameteric Simulation of the Heat Transfer in Vertical Channel of Viscous Fluid Flow : A Case Study of FEM Simulation
DOI:
https://doi.org/10.32628/IJSRST21819Keywords:
Viscous Flow, Heat Tranfer, Permiability and Porous MediumAbstract
It is found in the present attempt that the variations in parameters of G, & Ec the velocity on Z=0 & Z=1/2 indicates movement of the flow towards the upward direction as we move in the normal direction from y=0 to 1. In all the cases however the maximum is attained at y=0.4 while at Z=1/2 level the maximum across at y=1. The enhancement in G leads to a depreciation in θ at y=0&1/2. The fluctuations of θ with is shown in 17&18. It is found that the actual temperature enhances with increase
References
- Ermolaev, A and Zhbanov, A.I.: Mixed convection in vertical channel with Discrete Heat Sources at the wall. Fluid Dynamics, Vol.44, No.4, pp. 511-516. (2009).
- Barletta and Nield,D.A.: Combined forced and free convective flow in a vertical porous channel: The effects of viscous dissipation and pressure work. Transp Porous Med 79:319-334, (2009).
- Dileep Singh Chauhan and Priyanka Rastogi: Radiation effects on Natural convection MHD flow in a rotating vertical porous channel partially filled with a porous medium. Applied Mathematical Sciences, Vol.4, No.13, pp.643-655, (2010).
- Desrayaud, G, & Fichera, A : On Natural convective heat transfer in vertical channels with a single surface mounted heat flux module. ASME J Heat Transfer 125, pp 734–739 (2003).
- Desrayaud G, Fichera A, Lauriat G : Natural convection air cooling of a substrate mounted protruding heat source in a stack of parallel boards. Int J Heat Fluid Flow 28, pp 469–482, (2007).
- Rajkumar, M.R., Venugopal, G and Anil Lal ,S: Natural convection with surface radiation from a planar heat generating element mounted freely in a vertical channel.
- Kang, BH, Jaluria, Y: Natural convection heat transfer characteristics of a protruding thermal source located on horizontal and vertical surface. Int J Heat Mass Transfer 33, pp 1347–1357, (1990).
- Kelkar, M K, & Choudhury, D: Numerical prediction of periodically fully developed natural convection in vertical channel with surface mounted heat generating blocks. Int J Heat Mass Transfer 36, pp 1133–1145, (1993).
- Fujii, M, Gima S,Tomimura T, Zhang, X: Natural convection to air from an array of vertical parallel plates with discrete and protruding heat sources. Int J Heat Fluid Flow 17, pp 483–490, (1996).
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