… as the multi-objective optimization problem due to the presence of two conflicting objectives.
The plate-fin height h, pitch l, spacing s, thickness t were design parameter variables. Then, …

… To illustrate the differences between different fin shapes and flow types, we present a simple
example where aluminum (⁠ k s = 170 W / mK ⁠) fins were cooled with air flow (⁠ U ∞ = 10 …

… for the surfboard fin shape optimisation. The study combines CFD simulations using the
FLUENT ® code with genetic algorithms to obtain an optimal fin shape, which presents …

… and concave parabolic fin shapes and differences in their performance are given as an
example. If the stream-wise length of a fin is fixed, our results give the same optimal cross-section …

… fin is modeled and optimized. We used Bezier curves to determine the best geometry of the
fin. … Total heat transfer rate and fin efficiency factor are considered as two objective functions …

… The optimal strategy is a set of strategic choices for the players, such that there … optimization
of pin fin geometry. The main objective of this study is to optimize pin fins of different shapes …

… , selection of the genetic algorithm parameters and the error analysis of the obtained
results are discussed in this section. Furthermore, the optimum geometry as well as the …

… shape optimization of fin arrays for increased heat flux through the base under area constraint
leads to non-existence of optimal … non-linear boundary value problem for the steadystate …

… , as a result, the optimal design of fin shapes becomes one of the hot research … shape
design problems have been examined by a variety of numerical algorithms and various type of fin …

… This article reports the optimization of pin fin shape using a genetic algorithm (GA) … fins
within a second and allows us to replace the time-consuming CFD simulations during the design …