[1] Dewan A., Mahanta P., Sumithr Raju K., Kumar S., Review of Passive Heat Transfer Augmentation Techniques, Journal of Power and Energy (2004) 218: 509-527.
[2] Kiwan S., Al-Nimr M. A., Using Porous Fins for Heat Transfer Enhancement, Journal of Heat Transfer(2001) 5: 123-790.
[3] Bilen K., Yapici S., Celik C. A., Taguchi Approach for Investigation of Heat Transfer from a Surface Equipped with Rectangular Blocks, Energy Conversion and Management (2001) 42: 951-961.
[4] EI-Sayed S. A., Mohamed Sh. M., Abouda A. L., Experimental Study of Heat Transfer and Fluid Flow in Longitudinal Rectangular-fin Array Located in Different Orientations in Fluid Flow, Experimental Thermal and Fluid Science (2004) 29: 113-128.
[5] Baskaya S., Sivrioglu M., Ozek M., Parametric Study of Natural Convection Heat Transfer from Horizontal Rectangular Fin Arrays, International
Journal of Thermal Science (2000) 39: 797-805.
[6] Dijk A.V., Lange H. C., Compressible Laminar Flow Around a Wall–Mounted Cubic Obstacle, Journal of Computational Fluids (2007) 36: 949-960.
[7] Kundu B., Bhanja D., Lee K.S. A Model on the Basis of Analytics for Computing Maximum Heat Transfer in Porous Fins, International Journal of Heat and Mass Transfer (2012) 55: 7611-7622.
[8] Kundu B., Lee, K.S., Exact Analysis from Minimum Shape of Porous Fins under Convection and Radiation Heat Exchange with Surrounding, International Journal of Heat and Mass Transfer (2015) 81: 439-448.
[9] Velayati E., Yaghoubi M.,Numerical Study of Convective Heat Transfer from an Array of Parallel Bluff Plates, International Journal of Heat and Fluid Flow (2005) 26: 80-91.
[10] Molki M., Hashemi-Esfahanian A., Turbulent Convective Mass Transfer Downstream of a Perforated Baffle Blockage, International Journal of Heat and Fluid Flow (1992) 13: 116-123.
[11]Sara O.N., Pekdemir T., Yapici S., Yilmaz M., Heat-Transfer Enhancement in a Channel Flow with Perforated Rectangular Blocks, International Journal Heat and Fluid Flow (2001) 22: 509-518.
[12]Sahin, B., Demir A., Thermal Performance Analysis and Optimum Design Parameters of Heat Exchanger Having Perforated Pin Fins, Energy Conversion and Management (2008) 49: 1684-1695.
[13]Shaeri M.R., Yaghoubi M., Numerical Analysis of Turbulent Convection Heat Transfer from an Array of Perforated Fins, International Journal of Heat and Fluid Flow (2009) 30: 218-228.
[14] Igarashi T., Mayumi Y.,Fluid Flow and Heat Transfer Around a Rectangular
Cylinder with Small Inclined Angle (the case of a width/height ratio of a section of 5), International Journal of Heat and Fluid Flow (2001) 22: 279-286.
[15]Karabacak R., Yakar G. ,Forced Convection Heat Transfer and Pressure Drop for a Horizontal Cylinder with Vertically Attached Imperforate and Perforated Circular Fins, Energy Conversion and Management (2011) 52: 2785-2793.
[16] Huang G. J., Wong S. C., Lin, C. P., Enhancement of Natural Convection Heat Transfer from Horizontal Rectangular Fin Arrays with Perforations in Fin Base, International Journal of Thermal Science (2014) 84: 164-174.