Global thermal performance modeling of Pulsating Heat Pipes (PHPs) requires local, spatio-
temporally coupled, flow and heat transfer information during the characteristic, self …

Interest in structured catalysts is steadily increasing due to the already proven, as well as
potential, advantages of these catalysts. Updating the comprehensive coverage of the first …

In a capillary, the two‐phase pressure drop in Taylor slug flow was measured. A carefully
designed inlet section for the capillary allowed the independent variation of gas bubble and …

In this paper, the hydrodynamics and the pressure drop of liquid–liquid slug flow in round
microcapillaries are presented. Two liquid–liquid flow systems are considered, viz. water …

The two-phase flow of a hydrophobic ionic liquid and water was studied in capillaries made
of three different materials (two types of Teflon, FEP and Tefzel, and glass) with sizes …

Abstract Machine learning regression models were developed to predict the heat transfer
coefficient and frictional pressure gradient during condensation of three zeotropic mixtures …

In this paper, a model is presented that describes the pressure drop of gas–liquid Taylor flow
in round capillaries with a channel diameter typically less than 1 mm. The analysis of …

In this study, a detailed thermodynamic model for a refrigerator based on an irreversible
Carnot cycle is developed with the focus on forced-air heat-exchangers. A multi-objective …

Experimental observations of dropwise condensation of water vapor on a chemically
textured surface of glass and its detailed computer simulation are presented. Experiments …

The multi-phase microflow hydrodynamics plays a significant role in the design of
microreactors. The effects of two-phase viscosity on the hydrodynamics of liquid–liquid slug …