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Physics of Fluids Cover Image for Volume 37, Issue 6
Current Issue
Volume 37,
Issue 6,
June 2025

Topical Strengths

Physics of Fluids features intriguing original theoretical, computational, and experimental publications to deepen our understanding of the dynamics of gases, liquids, or complex fluids.

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Editor's Picks
Research Article
Youtian Su (苏佑天), Weixi Huang (黄伟希) et al.
Conventionally, it is believed that as the Reynolds number increases from around 195, the flow around a circular cylinder exhibits three-dimensional vortex shedding modes corresponding to spanwise ...
Research Article
Fredrik Dubay Myklebust, David R. Fuhrman et al.
Turbulence modeling remains a central challenge in computational fluid dynamics, particularly in unsteady flow regimes where traditional Reynolds-averaged Navier–Stokes (RANS) models exhibit ...
Research Article
Magnus Herberthson, Peter J. Basser et al.
As the diffusion of fluids is hindered by semipermeable membranes, the long-time behavior of the diffusion coefficient is influenced by the arrangement of the membranes. We develop methods that ...
Most Recent
Research Article
R. Krishna, Y. Méheust et al.
The immiscible displacement of a wetting fluid by a non-wetting fluid in rough fractures is crucial in many subsurface applications. Hydrodynamic-scale modeling of such drainage flows is challenging ...
Research Article
Xiaolei Zhang (张晓蕾), Fangzhou Song (宋方舟) et al.
This paper takes a city gas filling station as the research object and builds a three-dimensional computational fluid dynamics numerical model based on flame acceleration simulation software to ...
Research Article
Shilpa Chaudhary (शिल्पा चौधरी), Anil Ahlawat (अनिल अहलावत) et al.
Magnetic properties and voids in solids are important phenomena in a variety of engineering approaches and scientific disciplines. For this purpose, the magneto-thermoelastic (MTE) theory is utilized ...

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