… Because the thermal conductivity of an annular fin is a function of temperature in many
practical engineering applications, the nonlinear optimum shape design problem is considered in …

… design the optimal shape of the annular fins based on the desired fin efficiency and fin volume
… The functional form of the optimum fin shape is not required before the estimation, and the …

… They observed that annular fins are effective for high Reynolds numbers and high Prandtl …
He also proposed a method to improve the fin shape, termed as cut-and-twist fin modification, …

… either optimizing the fin shape for specified geometry … optimum configuration of FDP. Here
configuration means the number of the fins their height of the fin relative to the annular gap, fin-…

… shape of an annular fin is of rectangular cross section. However, the cross-sectional area of
a rectangular annular fin being constant, fin … present the tradeoff optimal scenarios based on …

… insert volume in fin, an optimum shape of the insert cross-section shape (… shape of the insert
is the ratio of t i r i . Hence, the purpose is to find the optimum t i r i in order to minimize the fin …

… Using an analytical model based on the Differential Transform Method and Adomian
Decomposition Method, an optimum design parameters of a wet T-shaped fin by considering …

… , shape, and size of the fins … the optimal number of fins in a horizontal annular phase change
unit for different wall temperatures. To investigate the correlation between the number of fins …

… annular stepped fin is a common choice for enhancing heat transfer from a cylindrical primary
surface. This typical fin shape … that the porous fin transfer always more heat at an optimum …

… Thus, there is a need to test the various shapes of annular fin for optimum heat transfer
with low pressure penalty. Three different shapes of annular fin are developed, and their heat …