… obtained by applying Bejan's Constructal Theory to the study and therefore the optimization
of fins, focusing on T-shaped and Y-shaped ones. Heat transfer from finned surfaces is an …

… In this paper we use constructal theory to determine the configuration of two rows of pin–fins …
The optimum profile shape of fins with temperature-dependent conductivity was determined …

… case of heat exchange in the presence of T-shaped fins, following an approach suggested
by Bejan’s Constructal theory. The comparative results we have gained showed a significant …

… This paper reports the geometric (constructal) optimization of T-shaped fin assemblies, …
volume and fin-material constraints. Assemblies of plate fins and cylindrical fins are considered. It …

… We review the constructal fin-tree problem statement with reference to the general geometry
sketched in Figure 10. Consider the two-dimensional volume of frontal area A and fixed …

… ideas of Bejan's Constructal theory and of Global Optimization: the first is based on the
Constructal law, … The two aspects are closely examined for what pertains fins shape, fins module …

… high performing shapes and modules, based on a particular Y-shaped fin with optimized …
Y-shaped fin was the study in Ref. 19: Bejan applied the Constructal theory to a T-shaped fin, …

… that the constructal law uncovers is a tree-shaped flow, with … The tree-shaped flow is the
theoretical way of providing … Examples are the spacings between fins in heat exchangers …

… 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 …

… This paper extends to the field of convective heat transfer the constructal theory of optimizing
… (shapes, structure, dimensions) of a tree of fins by using constructal theory. It is to take the …