Heat transfer optimization methods to effectively improve heat transfer performance is of
great importance for energy conservation and pollution reduction. A recently developed heat …

The entransy and entransy dissipation extremum principle proposed have opened up a new
direction for the heat transfer optimization. The emergence and development of entransy …

Abstract The Printed Circuit Heat Exchanger (PCHE) has attracted a lot of attentions recently
due to its high efficiency and compactness, and the airfoil fin has excellent thermal …

To improve the performance of waste heat recovery, a novel airfoil fins heat exchanger was
applied to flue gas waste heat recovery. Two groups of experimental conditions were …

This work presents a numerical investigation on the flow and heat transfer performance of
printed circuit heat exchangers with asymmetrical airfoil fins, and the influence of the …

The segmental design method is employed to accurately capture the drastic variations of
properties in the supercritical carbon dioxide (S-CO 2) recuperator. The local heat capacity …

Flow resistance and heat transfer of several shell-and-tube heat exchangers with
discontinuous helical baffles are experimentally studied and compared at the five helix …

Heat exchangers are critical components of aerospace systems and improve efficiency of
operation by providing waste heat recovery. Supercritical CO 2 has emerged as a promising …

The optimization of heat exchanger design is investigated by applying the entransy
dissipation theory and genetic algorithm. It is found that the role played by the fluid friction is …

Heat exchangers are widely used in industries and daily life. The optimization design of heat
exchangers is of great significance to the consumption reduction of energy. This paper …