In the food industry, the cleaning of contaminated surfaces requires new strategies to be
adopted which can provide greater cleaning efficiency with minimal energy and water …

Gas‐liquid flow in microchannels is relevant to a number of microfluidic devices without
moving parts for application in chemical micro‐processing, inkjet printing, and electronics …

In this work, a versatile modeling platform, employing computational fluid dynamics (CFD)
techniques to simulate liquid-liquid and liquid-gas Taylor slug flow, is presented. This …

Wall shear stress is a key parameter in the near wall transfer process of gas-liquid two-
phase flow. Based on the limit diffusion current method, the wall shear stress characteristics …

The impact forces caused by gas–liquid slug flow can lead to the vibration of process system
or fatigue failure of pipe fittings. In this study, a piston‐flow‐model coupling with slug model …

Liquid–liquid slug flow heat transfer in microchannels has been an interesting topic of
research to many researchers. However, the heat transfer studies available in the existing …