Enhancing Mixing Efficiency in Curved Channels: A 3D Study of Bi-Phasic Dean-Taylor Flow with High Spatial and Temporal Resolution
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Software
Change log
Authors
Pinho, Bruno
M. Williams, Lindsay
Mahin, Julien
Gao, Yunhu
Torrente-Murciano, Laura
Description
Two-phase (Taylor flow) and curved reactors (Dean flow) are conventionally used to improve mixing in flow systems by reducing axial dispersion and narrowing residence time distributions. However, when the two flow regimes are superposed in bi-phasic flow in curved channels (Dean-Taylor flow), the result is poorly understood due to experimental and computational limitations, despite its widespread practical implementation. In this study, we introduce a novel high-efficient computational strategy to investigate Dean-Taylor flow providing highly detailed spatial and time-resolved data of the fluid dynamics of this flow regime.
Here we share the fluent journals (code) to create the Dean-Taylor inside Ansys fluent.
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Keywords
Ansys fluent, CFD, Dean-Taylor flow, Nanoparticles
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Sponsorship
EPSRC (EP/V025759/1)