… optimum shapes of the spine and longitudinal fins based on optimum (or desired) fin e ciency
for some desired fin … Moreover, the in uence of Biot number on the optimum fin shape is …

… profile is seen for a least-material fin whose shape also turns out to be a concave parabolic
… , and efficiency for an optimum longitudinal fin of rectangular, convex 2(least-material fin …

… optimum shapes for the longitudinal and spine fully wet fins … ) based on the desired fin
efficiency and fin volume. One of the … the optimum shapes of spine and longitudinal wet fins based …

… In particular, the problem of optimizing the shape and the spacing of the fins of a thermal
dissipator cooled by a fluid in laminar flow is studied by assigning two different polynomial …

… Most of the studies performed on the optimization of the fin shape consider longitudinal
fins which have symmetrical lateral profiles. This assumption simplifies the treatment of the …

… It is impossible to obtain the optimum shape of longitudinal fin having Φ = 1.0, but the optimum
fin shape with best fin … The optimum shape of fully wet longitudinal fin for various desired …

… (4) reopens the question of the shape of the optimum fin profile.·To obtain insight into the
answers offered in this paper, it is instructive to briefly review the history of this problem. …

… is to obtain an optimum design point for fin geometry, so that … in longitudinal fins with
different section shapes and heat … fin geometry and material is performed to reach an optimum …

… The aim of the optimization problem is to find the optimum shape of the fin profile (the
locations of control points) to have the maximum heat rate in a specified volume. The objective …

… Thus, we should maximize the heat flux by changing the fin geometry. The authors have
already presented a method for finding the optimum shape of a single rectangular plate fin with …