#fluidphysics — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #fluidphysics, aggregated by home.social.
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● Capillary waves: ripples on droplets ●
Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.
🎥 https://www.youtube.com/watch?v=w6VA2E7v14M&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=18
⏳ No time right now? Save this post and come back later
#CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics
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● Capillary waves: ripples on droplets ●
Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.
🎥 https://www.youtube.com/watch?v=w6VA2E7v14M&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=18
⏳ No time right now? Save this post and come back later
#CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics
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● Capillary waves: ripples on droplets ●
Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.
🎥 https://www.youtube.com/watch?v=w6VA2E7v14M&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=18
⏳ No time right now? Save this post and come back later
#CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics
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● Capillary waves: ripples on droplets ●
Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.
🎥 https://www.youtube.com/watch?v=w6VA2E7v14M&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=18
⏳ No time right now? Save this post and come back later
#CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics
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● Capillary waves: ripples on droplets ●
Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.
🎥 https://www.youtube.com/watch?v=w6VA2E7v14M&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=18
⏳ No time right now? Save this post and come back later
#CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics
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From industrial foams to volcanic systems, frothy fluids combine gas and liquid in surprisingly complex ways. This study introduces a streamlined model to better understand how these bubbly materials flow and evolve.
🔗 https://pubs.aip.org/aip/pof/article/38/4/043322/3387047/A-simple-model-for-frothy-fluids
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From industrial foams to volcanic systems, frothy fluids combine gas and liquid in surprisingly complex ways. This study introduces a streamlined model to better understand how these bubbly materials flow and evolve.
🔗 https://pubs.aip.org/aip/pof/article/38/4/043322/3387047/A-simple-model-for-frothy-fluids
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From industrial foams to volcanic systems, frothy fluids combine gas and liquid in surprisingly complex ways. This study introduces a streamlined model to better understand how these bubbly materials flow and evolve.
🔗 https://pubs.aip.org/aip/pof/article/38/4/043322/3387047/A-simple-model-for-frothy-fluids
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From industrial foams to volcanic systems, frothy fluids combine gas and liquid in surprisingly complex ways. This study introduces a streamlined model to better understand how these bubbly materials flow and evolve.
🔗 https://pubs.aip.org/aip/pof/article/38/4/043322/3387047/A-simple-model-for-frothy-fluids
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From industrial foams to volcanic systems, frothy fluids combine gas and liquid in surprisingly complex ways. This study introduces a streamlined model to better understand how these bubbly materials flow and evolve.
🔗 https://pubs.aip.org/aip/pof/article/38/4/043322/3387047/A-simple-model-for-frothy-fluids
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▪️ Liquid jets: dynamics and instability▪️
Learn how liquid jets form and break up
➡️ Essential for understanding Leidenfrost droplet trajectories.
Video from the "Dynamics of fluid interfaces" MOOC by ESPCI Paris - PSL.
🎥 https://www.youtube.com/watch?v=L2i1meVgtEI&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=16
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▪️ Liquid jets: dynamics and instability▪️
Learn how liquid jets form and break up
➡️ Essential for understanding Leidenfrost droplet trajectories.
Video from the "Dynamics of fluid interfaces" MOOC by ESPCI Paris - PSL.
🎥 https://www.youtube.com/watch?v=L2i1meVgtEI&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=16
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How do vapor bubbles behave when water is below boiling?
Laser-induced bubbles offer a controlled way to probe nucleation and collapse dynamics far from equilibrium.
#phasechange #bubbledynamics #heattransfer #FluidPhysics #fluiddynamics
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How do vapor bubbles behave when water is below boiling?
Laser-induced bubbles offer a controlled way to probe nucleation and collapse dynamics far from equilibrium.
#phasechange #bubbledynamics #heattransfer #FluidPhysics #fluiddynamics
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From condensation to self-cleaning: electrostatically sprayed coatings trigger droplet jumping and limit water buildup.
Airflow and surface orientation also shape performance in cooling systems.
🔗 https://doi.org/10.1063/5.0312727
#Condensation #FluidPhysics #ThermalEngineering #SurfaceScience #HVAC
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Printing on a slope is trickier than it looks.
This work shows how inclined surfaces affect the stability of inkjet lines, highlighting the balance between flow, gravity and surface tension.
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- Wetting dynamics: how droplets spread -
The speed and shape of droplet spreading depend on wetting dynamics.
Discover it in this video from the "Dynamics of fluid interfaces" MOOC by ESPCI Paris - PSL.
🎥 https://www.youtube.com/watch?v=K3gcJXDVjZU&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=14
#WettingDynamics #LeidenfrostEffect #FluidPhysics #MOOC #FluidDynamics
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- Capillarity and viscosity: how liquids move -
Understand the relationship between capillarity and viscosity and their role in droplet dynamics with this video from the "Dynamics of fluid interfaces" MOOC by ESPCI Paris - PSL.
🎥 https://www.youtube.com/watch?v=Mq1EUe3cOCY&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=13
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- Capillary number: balancing viscosity and surface tension -
The capillary number quantifies how viscosity and surface tension interact in droplets. Explore this key concept in the ESPCI Paris - PSL MOOC video.
🎥 https://www.youtube.com/watch?v=bbEOcd977ec&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=12
#CapillaryNumber #Viscosity #SurfaceTension #FluidPhysics #LeidenfrostEffect
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- Gravity effects on liquid-solid contact -
Gravity affects the shape and motion of droplets. Discover its role in the Leidenfrost phenomenon in these ESPCI Paris - PSL MOOC videos.
🎥 1️⃣ https://www.youtube.com/watch?v=AqxZAKuFFAM&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=8
🎥 2️⃣ https://www.youtube.com/watch?v=-y9yaGzN7J8&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=9
⏳ No time right now? Save this post and come back later
#GravityEffects #FluidPhysics #Leidenfrost #FluidDynamics #Physics
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- Gravity effects on liquid-solid contact -
Gravity affects the shape and motion of droplets. Discover its role in the Leidenfrost phenomenon in these ESPCI Paris - PSL MOOC videos.
🎥 1️⃣ https://www.youtube.com/watch?v=AqxZAKuFFAM&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=8
🎥 2️⃣ https://www.youtube.com/watch?v=-y9yaGzN7J8&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=9
⏳ No time right now? Save this post and come back later
#GravityEffects #FluidPhysics #Leidenfrost #FluidDynamics #Physics
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- Gravity effects on liquid-solid contact -
Gravity affects the shape and motion of droplets. Discover its role in the Leidenfrost phenomenon in these ESPCI Paris - PSL MOOC videos.
🎥 1️⃣ https://www.youtube.com/watch?v=AqxZAKuFFAM&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=8
🎥 2️⃣ https://www.youtube.com/watch?v=-y9yaGzN7J8&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=9
⏳ No time right now? Save this post and come back later
#GravityEffects #FluidPhysics #Leidenfrost #FluidDynamics #Physics
-
- Gravity effects on liquid-solid contact -
Gravity affects the shape and motion of droplets. Discover its role in the Leidenfrost phenomenon in these ESPCI Paris - PSL MOOC videos.
🎥 1️⃣ https://www.youtube.com/watch?v=AqxZAKuFFAM&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=8
🎥 2️⃣ https://www.youtube.com/watch?v=-y9yaGzN7J8&list=PLcbz7zf4dTyk9BqlBPLpgI48i9TiorpEi&index=9
⏳ No time right now? Save this post and come back later
#GravityEffects #FluidPhysics #Leidenfrost #FluidDynamics #Physics