___

• Kraus, A.D., Aziz, A., ve Welty, J.R., Extended
• Surface Heat Transfer, McGraw-Hill, New
• York, 2001.
• Campo, A. ve Cui, J., “Temperature/heat
• analysis of annular fins of hyperbolic profile
• relying on the simple theory for straight fins of
• uniform profile”, Journal of Heat Transfer,
• Cilt 130, 054501, 2008.
• Mokheimer, E. M.A., “Performance of annular
• fns with different profiles subject to variable
• heat transfer coefficient”, International
• Journal of Heat and Mass Transfer, Cilt 45,
• No 17, 3631-3642, 2002.
• Laor, K. ve Kalman, H., “Performance and
• optimum dimensions of different cooling fins
• with a temperature dependent heat transfer
• coefficient”, International Journal of Heat
• and Mass Transfer, Cilt 39, No 9, 1993-2003,
• -
• Kundu, B. ve Das P.K., “Performance analysis
• and optimization of straight taper fins with
• variable heat transfer coefficient”,
• International Journal of Heat and Mass
• Transfer, Cilt 45, No 24, 4739-4751, 2002.
• Arauzo, I., Campo, A ve Cortes, C., “Quick
• estimate of the heat transfer characteristics of
• annular fins of hyperbolic profile with the
• power series method”, Applied Thermal
• Engineering, Cilt 25, No 4, 623-634, 2005.
• Diez, L.I., Campo, A. ve Cortes, C., “Quick
• design of truncated pin fins of hyperbolic
• profile for heat-sink applications by using
• shortened power series”, Applied Thermal
• Engineering, Cilt 29, No 5-6, 815-821, 2009.
• Yu,L.T. ve Chen, C.K., “Optimization of
• circular fins with variable thermal parameters”,
• Journal of the Franklin Institute, Cilt 336, No
• , 77-95, 1999.
• Arslanturk, C., “A decomposition method for
• fin efficiency of convective straight fins with
• temperature-dependent thermal conductivity”,
• International Communications in Heat and
• Mass Transfer, Cilt 32, No 6, 831-841, 2005.
• Arslanturk, C., “Correlation equations for
• optimum design of annular fins with
• temperature dependent thermal conductivity”,
• Heat and Mass Transfer, Cilt 45, No 4, 519-
• , 2009.
• Coşkun, S.B. ve Atay, M.T., “Fin efficiency
• analysis of convective straight fins with
• temperature dependent thermal conductivity
• using variational iteration method”, Applied
• Thermal Engineering, Cilt 28, No 17-18,
• -2352, 2008.
• Inc, M., “Application of homotopy analysis
• method for fin efficiency of convective straight
• fins with temperature-dependent thermal
• conductivity”, Mathematics and Computers
• in Simulation, Cilt 79, No 2, 189-200, 2008.
• Domairry, G. ve Fazeli, M., “Homotopy
• analysis method to determine the fin efficiency
• of convective straight fins with temperaturedependent
• thermal conductivity”,
• Communications in Nonlinear Science and
• Numerical Simulation, Cilt 14, No 2, 489-499,
• -
• Joneidi, A.A., Ganji, D.D. ve Babaelahi, M.,
• “Differential transformation method to
• determine fin efficiency of convective straight
• fins with temperature dependent thermal
• conductivity”, International Communications
• in Heat and Mass Transfer, Cilt 36, No 7,
• -762, 2009.
• Malekzadeh, P., Rahideh, H. ve Setoodeh, A.R.,
• “Optimization of non-symmetric convectiveradiative
• annular fins by differential quadrature
• method”, Energy Conversion and
• Management, Cilt 48, No 5, 1671-1677, 2007.
• Yang, Y.T., Chang, C.C. ve Chen C.K., “A
• double decomposition method for solving the
• annular hyperbolic profile fins with variable
• thermal conductivity”, Heat Transfer
• Engineering, Cilt 31, No 14, 1165-1172, 2010.
• Liao, S.J., “The proposed homotopy analysis
• technique for the solution of nonlinear
• problems”, PhD thesis, Shanghai Jiao Tong
• University, 1992.
• Liao, S.J., “Beyond perturbation: introduction to
• the homotopy analysis method”, Chapman &
• Hall/CRC Press, Boca Raton, 2003.
• Liao, S.J., “On the homotopy analysis method
• for nonlinear problems”, Applied Mathematics
• and Computation, Cilt 147, No 2, 499–513,
• -
• Khani, F., Raji, A.M. ve Nejad, S.H., “A series
• solution of the fin problem with a temperaturedependent
• thermal conductivity”,
• Communications in Nonlinear Science and
• Numerical Simulation, Cilt 14, No 7, 3007–
• , 2009.
• Khani, F., Raji, A.M. ve Nejad, S.H., “
• Analytical solution and efficiency of the
• nonlinear fin problem with temperaturedependent
• thermal conductivity and heat
• transfer coefficient”, Communications in
• Nonlinear Science and Numerical
• Simulation, Cilt14, No 8, 3327–3338, 2009.
• Sajid, M., Ahmad, I., Hayat, T. ve Ayub, M.,
• “Unsteady flow and heat transfer of a second
• grade fluid over a stretching sheet”,
• Communications in Nonlinear Science and
• Numerical Simulation, Cilt 14, No 1, 96–108,
• -
• Ascher, U. ve Petzold, L., Computer Methods
• for Ordinary Differential Equations and
• Differential-Algebraic Equations, SIAM,
• Philadelphia, 1998.
• Incropera, F.P. ve DeWitt, D.P., Introduction to
• Heat Transfer, Wiley, New York, 1993.