Depleting energy resources have become the driving force for their conservation. Increasing
the system efficiencies is one method by which sustainability of energy may be ensured, for …

The performance of a triple concentric pipe heat exchanger is studied experimentally under
steady state conditions for two different flow arrangements, called N–H–C and C–H–N, and …

This Review offers quantitative and qualitative analyses of various compact and micro heat
exchangers (C-MHXs) in terms of the friction factor, Nusselt number, and heat transfer …

This work proposes implementation of a passive heat transfer enhancement technique in
MEMS two-fluid parallel flow heat exchangers as well as model based investigation of the …

This paper reports the use of artificial neural network (ANN) to predict the thermal
performance of a parallel flow (PF) condenser with R134a as working fluid. The ANN …

A Cu-based double-layer compact counter-flow microchannel heat exchanger has been
designed, fabricated, and evaluated. A manufacturing method called multi-blade milling is …

In this paper investigations on the design of a gas flow microchannel heat exchanger are
described in terms of hydrodynamic and thermal aspects. The optimal choice for thermal …

In this work, a double-layered microchannel heat exchanger is designed for investigation on
gas-to-gas heat transfer. The micro-device contains 133 parallel microchannels machined …

Recently developed graphite plates with large in-plane thermal conductivity are considered
as promising alternative to conventional metallic plate heat exchangers (PHE). A new …

The effect of heat in-leak, an unavoidable phenomenon occurring due to the temperature
difference between the system and its surroundings, has been studied for two-stream …