… fins by maximizing the heat dissipation for a given volume. The … and optimization issues of
single annular fins or annular fin … fin with fluid in the pipe, Kang [20] presented an optimization …

… present for these two optimized fin shapes, which can be … optimized fin shapes at the same
altitude. This structural behavior suggests that a more robust trisonic multipoint optimization …

… 1 shows a three-dimensional model of impingement heat sink module and will be considered
in the present study to illustrate the methodology in designing the optimal fin shape by …

… In the present work we have investigated optimal fin shapes relative to both of these characteristic
lengths, so that a designer may choose optimal fin designs of his interest. The average …

… many of these fin shapes due to their varying thickness along the fin length. For making the
fabrication easy and to enhance the rate of heat transfer, constructal theory improves the fin …

… as a function of respective pressure drop in the heat sink for the different fin shape designs
and airflows considered in the current study. The lowest operating temperature, at an air flow …

… The multi-objective optimization is performed … optimization reveal that optimal fin parameters
for the regions of hotspot and background could be significantly different. The optimal pin fin …

… the resulting fin shape may be suitable for applications where space and weight constraints
are given priority. Thorough analyses for determining the optimum fin shapes in convective, …

… In the present work, the geometry optimization of a longitudinal fin with volumetric heat …
heat loss for a given volume of fin. The design problem is reduced to an optimization problem for …

… optimal fin configuration obtained in this study is more advantageous compared to both the
full-fin … that the insertion of fin into the PCM in an optimized manner significantly accelerates …