… In this work, the natural convection heat transfer performance of various fin configurations
in vertical heat sinks have been investigated numerically to find the optimal design among the …

… Response-surface methods are then used to determine the optimal fin-shape repartitions
across the bundle corresponding to the four optimisation scenarios mentioned above. These …

… is a new method used by some researchers for thermal optimization of heat sink configurations
without specifying a fin shape. Dede et al. [87] presented a topology optimization method …

… (3) In the optimization procedure, the performance calculation fully based on CFD models is
… study, the shape of the minichannel is optimized by applying the multi-objective optimization …

… In this paper, the fin height, fin space, fin thickness, fin wavelength and double amplitude …
of wavy fin structure. (Central Composite Design) CCD is implemented to allocate experimental …

… ), 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 …

… However, novel fin shapes and fin design methods in latent TES field have … on finned-tube
latent TES considering the heat transfer mechanisms, fin shapes, topology optimization of fin …

… a plate fin heat exchanger (PFHE) with constructal configuration is modeled and optimized
… as two objective functions and 12 design parameters related to the fin and size of PFHE are …

… In this study, the objective for the design problem of a fin-and-tube heat exchanger is the
ratio of the Colburn factor and friction factor, j / f . Fig. 9 shows the j / f of each candidate. …

… design has the best performance between other fin designs. … -up design of rectangular
winglet, and wavy-down design of … Due to a wide range of different designs of the fin shapes, fin …