Based on conventional elastic tube bundle heat exchangers, three novel elastic tube bundle
heat exchangers were proposed by improving the tube bundle structure and adding …

A novel approach to heat exchangers is suggested, featuring a continuous spiral baffle
structure in spiral wound corrugated tubes. In this study, an exploration of the flow field and …

Abstract Triply Periodic Minimal Surface (TPMS) is suitable for the heat transfer of fluids, but
it is difficult to preserve the integrality of independent fluids channels during optimization. We …

Optimal design of heat exchangers is challenging, since complex non-linear relationship
exists among the various design parameters. This study aims to construct a full-dimensional …

In the last two decades research on shell-and-tube heat exchangers design has advanced
focusing mainly on design optimization problems. While literature focused on applying a …

In present study, heat transfer augmentation and pressure loss in a double pipe concentric
type heat exchanger with a coiled-wire turbulator inserted in it, are discussed in terms of …

The highly effective heat-transfer characteristic of a triple-tube heat exchanger was applied
to the liquid-to-suction heat exchanger of an R410A refrigerator. A one-dimensional …

For improving the performance of heat exchangers by effectively utilizing the flow-induced
vibration, a presence baffle elastic tube bundle heat exchanger, is proposed according to …

Temperature plays a crucial role in various industries, equipment, and human life, and heat
exchangers emerge as fundamental devices in managing this essential parameter. Heat …

Performance of the heat exchanger with micro dimensions is influenced by variety of factors
that have been evaluated in different experimental studies. Similar to other thermal devices …