… This investigation is important because the body and the fins are optimized simultaneously
according to constructal design method [5] differently of what was presented in [22] where …

… In this paper we consider the constructal theory in its original engineering focus, ie the
geometric optimization of shapes in heat transfer. In this context, Bejan's Constructal theory has …

… the shape of open cavities that intrudes into a solid conducting wall. The cavity can also
be seen as “negative fin” or “inverted fin” because its shape would be generated if a fin is …

… fin placement in the occupation area of the channel. For all simulated cases, forced convective
flows with Bejan … -sectional shapes of the channels or geometry of the mounted fins in the …

… In this context, Bejan’s Constructal theory has been widely adopted in heat transfer optimization:
Refs. [13], [14], [15], [16], [17] reflect some of the main research progresses in the aspect …

… Bello-Ochende and Bejan [18], used constructal design to optimize the spacing … shape
of a rectangular fin placed inside a lid-driven cavity filled with air according to the constructal …

… This study considers constructal design theory to determine the optimal … During the study,
they found that the conductivity of fins … The constructal theory was first proposed by Bejan et al. (…

… some theoretical guidelines for the fin designs of real … fin structure optimization based on
constructal theory is one of the hot issues. Bejan and Almogbel [5] investigated the T-shaped fin …

… The fin shape (t/H) that corresponds to maximum fin heat current (q b ) at fixed fin volume per
unit flow length (x, in Fig. 1) is given by [1,2]:(1) t … Constructal theory of pedestrian dynamics …

… surface area is increased by fins using the concept of constructal theory proposed by Bejan.
Three … Thermal optimization of a fin shape was performed using Bejan's constructal theory in …