Direct-contact heat transfer involves the exchange of heat between two immiscible fluids by
bringing them into contact at different temperatures. There are two basic bubbling regimes in …

There is a linear relationship between the flow patterns of a bubble swarm and heat transfer
from the viewpoint of experimental analysis. To investigate the space–time features of the …

The study of bubble swarm distributions in a direct-contact heat exchanger was addressed
both theoretically and experimentally. But recently developed approach based on uniform …

This paper presents a straightforward method for assessing the uniformity and mixing time of
bubbles based on uniform design in a direct contact heat exchanger. The evolution of …

There was a strongly synergy association between the flow behaviors of bubble swarm
patterns and heat transfer performance from the viewpoint of experimental analysis. In order …

Direct-contact heat exchanger involves the exchange of heat between two immiscible fluids
at different temperatures. Considering that there is a linear relationship between the flow …

By bringing two immiscible fluids at different temperatures into a direct contact heat
exchanger (DCHE), bubble swarms are produced in the dual-loop ORC direct contact …

This paper proposes a novel method to quantify the synergy of bubble swarm patterns and
heat transfer performance in a direct-contact heat exchanger (DCHE) by using …

Understanding the bubble regimes is a fundamental step toward conducting heat transfer
enhancement. The non-invasive measurement of mixing inside a direct-contact heat transfer …

In this work, a combination of morphological processing and watershed algorithm is
proposed to measure bubble size, based on which an improved frame difference method is …