Owing to their high compactness, high-pressure resistance and superior heat transfer
capability, compact heat exchangers and microchannel heat sinks are an integral part and …

The influence of inlet placement and distributor geometry on the steady-state efficiency and
pressure drop of cryogenic plate-fin heat exchangers (PFHEs) is studied using a three …

In this study, constructal (branch type) fin and tube heat exchanger (FTHE) is modeled and
optimized. Effectiveness and total annual cost (TAC) are selected as objective functions and …

Multi-stream Plate-fin heat exchangers (MSPFHEs) are among the most efficient heat
exchangers in energy-based industries. They should be carefully designed to have …

Plate-fin heat exchangers (PFHEs) are widely utilized in aviation precoolers, emphasizing
not only heat transfer performance but also the outlet temperature distribution, with flow …

The heat transfer capacity of air conditioning outside units is inextricably related to fins and
airflow distribution, and research on the combination of the two is lacking. To analyze the …

The prediction of heat transfer characteristics numerically depends on several factors such
as the numerical method, the boundary and operating conditions, etc. The present paper …

This study develops a tube element method for thermal performance analysis of fin-and-tube
heat exchangers operating with airflow nonuniformity. Experimental investigations have …

The design of a multi-stream plate-fin heat exchanger is a highly integrated task with
multiple opposing objectives and many degrees of freedom. This work shows how it can be …

The article presents results of numerical and experimental analyses of a tube-and-fin heat
exchanger. The numerous studies performed so far have proved that a non-uniform inflow of …