Study the Analysis of Porous Medium on Performance of Heat Transfer Flow

  • Authors

    • A. Sekkizhar
    • A. Selvaraj
    2018-12-13
    https://doi.org/10.14419/ijet.v7i4.39.28362
  • porous medium, forced convection, heat transfer, horizontal layer, Darcy number

  • In this paper think about the strength investigation of two dimensional normal flat constrained convective warmth exchange through permeable medium with info and yield is existed. A uniform temperature is applied in one side of the wall and other side of wall is separately. The brinkman and Darcy model used for flow in the porous medium. Parametric equations are analyzed and determine the effects heat transfer through porous channel. Reynolds number, Nusselt number and contact factor are set up for a model of permeable warmth exchange dependent on the present a specific technique.

     

     

  • References

    1. [1] Ferraris G.P and Tudanca M, “The solution of two dimensional heat conduction problems for predicting operating temperature and power handling capabilities of hybrid circuits,â€electrocomponent science and technology,vol.7,1980,pp.97-105.

      [2] Finlayson B A, Journal of fluid Mechanics ,vol.40 (1970) 753

      [3] Hunt M.L and Tien C.L, “Effect of thermal dispersion on forced convection in fibrous media,†International journal f heat andmass ansfer,vol.31(2),1988,pp.301-309.

      [4] HwangG.J and Chao C.H, Heat transfer measurement and analysis for sintered porous channels,†journal of heat transfer, ASME transactions, vol.116 (2), 1994, pp.456-464.

      [5] Kuzay T.M , Collins J.T and Khounsary A.M, “enhanced heat transfer with metal wood field tubes,†proceedings of ASME/JSEM thermal conference,1991,pp.451-459.

      [6] Kushal Sharma, Paras Ram and Anupam Bhandari, Appl Mathematics &Computation,143(1)(2005)1187

      [7] Leong K.C,Li H.Y,Jin W and Chai J.C ,â€numerical and experimental study of forced convection in graphite foams,â€

      [8] thermal engineering,vol.30(5), 2010, pp.520-532

      [9] Nanjundappa C.E, Sivakunar I. S and Arunkumar R , Indian J Pure &Applied physicss, 30 (2002) 256.

      [10] Rafal Brociek, Damian Slota,Mariusz Krol, Grzegorz Matula,†modeling of heat distribution in porous aluminum using fractional differential equationâ€, fractal fract ,vol.1,2017,pp.1-17.

      [11] Ravisha M ,Sivakumara I. S and Gangadhara Reddy , Int Comm in Heat & Mass Trnasfer , 11 (2011) 208.

      [12] Saito M.B and De Lemos M.J.S, “laminar heat transfer in a porous channel simulated with a two-energy equation model,†international communications in heat and mass transfer, vol.36(10),2009,pp.1002-1007.

      [13] Sozen M and Vafai k, Longitudinal heat dispersion in a porous bed,†AIAA journal f heat transfer, vol.1(2),pp.153-157.

      [14] Vafai K,analysis of forced convection enhancement in a channel using porous block,†AIAA journal of thermophysics and heat transfer,vl.8,pp.563-573.

      [15] Vaidyanathan G ,Sekar R and HemalathaR, Indian J Pure &ApplPhys, vol. 46(2008) 477.

  • Downloads

  • How to Cite

    Sekkizhar, A., & Selvaraj, A. (2018). Study the Analysis of Porous Medium on Performance of Heat Transfer Flow. International Journal of Engineering & Technology, 7(4.39), 1066-1068. https://doi.org/10.14419/ijet.v7i4.39.28362