#interfacialflows — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #interfacialflows, aggregated by home.social.
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How do fluids really slip on surfaces?
This study proposes a method to estimate slip length and reconstruct flow fields from limited data.
A key step to better understand flows where friction at the wall nearly vanishes.
#fluiddynamics #interfacialflows #SlipLength #hydrodynamics #physics
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How do fluids really slip on surfaces?
This study proposes a method to estimate slip length and reconstruct flow fields from limited data.
A key step to better understand flows where friction at the wall nearly vanishes.
#fluiddynamics #interfacialflows #SlipLength #hydrodynamics #physics
-
How do fluids really slip on surfaces?
This study proposes a method to estimate slip length and reconstruct flow fields from limited data.
A key step to better understand flows where friction at the wall nearly vanishes.
#fluiddynamics #interfacialflows #SlipLength #hydrodynamics #physics
-
How do fluids really slip on surfaces?
This study proposes a method to estimate slip length and reconstruct flow fields from limited data.
A key step to better understand flows where friction at the wall nearly vanishes.
#fluiddynamics #interfacialflows #SlipLength #hydrodynamics #physics
-
How do fluids really slip on surfaces?
This study proposes a method to estimate slip length and reconstruct flow fields from limited data.
A key step to better understand flows where friction at the wall nearly vanishes.
#fluiddynamics #interfacialflows #SlipLength #hydrodynamics #physics
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When a drop or object hits water, a narrow high-speed jet can shoot upward: the Worthington jet. This study reveals universal scaling laws that govern how these jets form and evolve across different impact conditions.
🔗 https://journals.aps.org/prfluids/abstract/10.1103/2vdb-tqj6
#FluidDynamics #DropImpact #WorthingtonJet #Physics #InterfacialFlows
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When a drop or object hits water, a narrow high-speed jet can shoot upward: the Worthington jet. This study reveals universal scaling laws that govern how these jets form and evolve across different impact conditions.
🔗 https://journals.aps.org/prfluids/abstract/10.1103/2vdb-tqj6
#FluidDynamics #DropImpact #WorthingtonJet #Physics #InterfacialFlows
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When a drop or object hits water, a narrow high-speed jet can shoot upward: the Worthington jet. This study reveals universal scaling laws that govern how these jets form and evolve across different impact conditions.
🔗 https://journals.aps.org/prfluids/abstract/10.1103/2vdb-tqj6
#FluidDynamics #DropImpact #WorthingtonJet #Physics #InterfacialFlows
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When a drop or object hits water, a narrow high-speed jet can shoot upward: the Worthington jet. This study reveals universal scaling laws that govern how these jets form and evolve across different impact conditions.
🔗 https://journals.aps.org/prfluids/abstract/10.1103/2vdb-tqj6
#FluidDynamics #DropImpact #WorthingtonJet #Physics #InterfacialFlows
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When a drop or object hits water, a narrow high-speed jet can shoot upward: the Worthington jet. This study reveals universal scaling laws that govern how these jets form and evolve across different impact conditions.
🔗 https://journals.aps.org/prfluids/abstract/10.1103/2vdb-tqj6
#FluidDynamics #DropImpact #WorthingtonJet #Physics #InterfacialFlows
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A key takeaway for LeidenForce: surface wettability radically reshapes the surface–bubble–flow coupling—smaller bubbles, higher detachment frequency, stronger vortical flows.
🔗 https://journals.aps.org/prfluids/abstract/10.1103/jvxz-8mzv
#FluidDynamics #MultiphaseFlow #InterfacialFlows #LeidenfrostEffect #wettability