This review paper summarizes constructal design progress performed by the authors for
eight types of heat sinks with ten performance indexes being taken as the optimization …

Heat sinks are important for efficient heat dissipation in electronic devices. Continuous heat
dissipation is of utmost importance to keep the electronic devices below the maximum …

Based on constructal theory, five different cases with multistage bifurcations are designed as
well as one case without bifurcations, and the corresponding laminar fluid flow and thermal …

High-performance and miniaturized modern electronic devices demand a high value of heat
dissipation. The compactness of Microchannel Heat Sinks (MCHS) and other favourable …

The benefits of using pin fin heat sinks with multiple perforations are investigated using
complementary experimental and Computational Fluid Dynamics (CFD) methods. An …

With the availability of advanced manufacturing techniques, non-conventional shapes and
bio-inspired/biomorphic designs have shown to provide more efficient heat transfer …

The present study deals with the experimental research of heat transfer and air flow
behaviour of pin fin heat sink with and without wings under forced convection. For inline and …

Flow behavior and heat transfer characteristics of air flow inside the plate pin fin heat sinks
(PPFHS) are presented. The effects of pin fin shape, pin fin orientation, and ratio of distance …

The benefits of using pin heat sinks (PHSs) with single, rectangular slotted or notched pin
perforations, are explored computationally, using a conjugate heat transfer model. Results …

Micro/mini-channel heat sinks (MCHS) have been extensively employed for heat dissipation
under high heat flux conditions, and their performances are crucial for safe and stable …