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APS tip sheet: Understanding the tears of wine

New research explores the fluid dynamics behind a phenomenon known as tears of wine

American Physical Society

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IMAGE: New research explores the fluid dynamics behind a phenomenon known as tears of wine view more 

Credit: Dukler et al. Physical Review Fluids (2020)

Sometimes in a glass of wine, liquid can appear to climb the side of the glass, forming "tears" that slide back down into the wine. Now, researchers have created a new hydrodynamic model to better account for wine tears' fluid dynamics. The model shows that a combination of fluid physics, including gravity, surface tension, and changes in surface tension induced by alcohol evaporation, can lead to complex fluid structures resulting in wine tears.

Theory for undercompressive shocks in tears of wine

by Yonatan Dukler, Hangjie Ji, Claudia Falcon, and Andrea L. Bertozzi

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