… [41] determined numerically the optimal geometry of an assembly of T-shaped fins cooling
a … the optimal geometry of T-shaped fins coupled with a trapezoidal basement. A tree-…

… In the forthcoming analysis of the optimal design problems we will investigate, we will need
to use continuity properties of the criterion F. Let us write precisely these properties. Define …

… achieve the best convergence rate. In this article, the Levenberg - Marquardt (L - M) method
is proposed to solve the optimal design problem: optimizing the size of the longitudinal fin to …

… practical multiobjective optimization of plate-fin heat sinks and the superiority … design
problem assigned is to minimize a heat sink junction temperature and fan pumping power. Design …

… Abstract-In the present work, the performance of the particle swarm optimization and the …
geometry design problem. The design maximizes the heat transfer rate from a given fin volume. …

… the shape of a heat exchanger fin optimized using … fin profile optimization serves as a
difficult test problem for these cases. The fin profiles obtained and the fitness variation of the best …

… that allows design variables in pin-fin heat sink to be optimized. The comparison between
the staggered and in-line alignment pin-fins heat sink for the selected geometries and pin-fin …

… ), seemingly irrespective of fin materials. With optimized fin pitch of 10 mm, the best fin lengths
for … The optimal fin length is obviously a function of fin material but, more interestingly, the …

… They mentioned from the literature survey of their works that compared to the circular type
when the fin shape becomes elliptic pressure drop can be decreased, heat transfer increases, …

… along the fin and, more importantly, a gross misspecification of the optimum fin shape. For
… When solving the fin optimization problem we consider the thermal parameters, q 0 , θ 0 , as …