#fluidmechanics — Public Fediverse posts

Researchers have developed a method using highly pressurized wind tunnels to accurately simulate real-world atmospheric conditions for scaled-down wind turbines, allowing for rapid testing and optimization of turbine performance.
#Aerodynamics #FluidMechanics #Meteorology #MechanicalEngineering #sflorg
https://www.sflorg.com/2026/09/phy09282601.html

Researchers have developed a method using highly pressurized wind tunnels to accurately simulate real-world atmospheric conditions for scaled-down wind turbines, allowing for rapid testing and optimization of turbine performance.
#Aerodynamics #FluidMechanics #Meteorology #MechanicalEngineering #sflorg
https://www.sflorg.com/2026/09/phy09282601.html

Researchers have developed a method using highly pressurized wind tunnels to accurately simulate real-world atmospheric conditions for scaled-down wind turbines, allowing for rapid testing and optimization of turbine performance.
#Aerodynamics #FluidMechanics #Meteorology #MechanicalEngineering #sflorg
https://www.sflorg.com/2026/09/phy09282601.html

Researchers have developed a method using highly pressurized wind tunnels to accurately simulate real-world atmospheric conditions for scaled-down wind turbines, allowing for rapid testing and optimization of turbine performance.
#Aerodynamics #FluidMechanics #Meteorology #MechanicalEngineering #sflorg
https://www.sflorg.com/2026/09/phy09282601.html

Researchers have developed a method using highly pressurized wind tunnels to accurately simulate real-world atmospheric conditions for scaled-down wind turbines, allowing for rapid testing and optimization of turbine performance.
#Aerodynamics #FluidMechanics #Meteorology #MechanicalEngineering #sflorg
https://www.sflorg.com/2026/09/phy09282601.html

A droplet’s shape can determine where it travels.

As a buoyant droplet deforms in a microchannel, the resulting hydrodynamic lift can oppose buoyancy and move it toward the channel center. Larger droplets experience stronger centering forces.

🔗 https://pubs.aip.org/aip/pof/article/38/8/082021/3403295/Equilibrium-positioning-of-buoyant-deformable

#FluidMechanics #InterfacialFlows #Microfluidics

🔬 Fluid Inspirations #7

Theme: Transport and turbulent mixing

Experimental Quantification of Airborne Odor Plumes.

🔗 https://gfm.aps.org/meetings/dfd-2025/692e39eba7f805227b16ff43

Source: APS Gallery of Fluid Motion 2025 – Video V041

#TransportPhenomena #TurbulenceResearch #FlowVisualization #AerosolScience #FluidMechanics

New physics explains how odor changes on its journey through the air

Turbulent air changes odor signals…
#NewsBeep #News #Science #animalnavigation #animalsmell #AU #Australia #ElleStark #Fluidmechanics #frequencyfiltering #frequencyproduction #frequencyspreading #GlobalGoodNews #JohnCrimaldi #NewDiscoveries #odorfrequency #odorplumes #odor-sensingrobots #olfactorynavigation #research #turbulenceandodornavigation #turbulentairflow #UniversityofColoradoBoulder
https://www.newsbeep.com/au/899221/

New physics explains how odor changes on its journey through the air

Turbulent air changes odor signals…
#NewsBeep #News #Science #animalnavigation #animalsmell #AU #Australia #ElleStark #Fluidmechanics #frequencyfiltering #frequencyproduction #frequencyspreading #GlobalGoodNews #JohnCrimaldi #NewDiscoveries #odorfrequency #odorplumes #odor-sensingrobots #olfactorynavigation #research #turbulenceandodornavigation #turbulentairflow #UniversityofColoradoBoulder
https://www.newsbeep.com/au/899221/

Local urban runoff tends to cause shallow flooding.

Urban infrastructure blocking rural drainage tends to cause deep flooding.

#Urbanization needs to be #OffBeam of rural #hydrology corridors.

https://doi.org/10.1029/2026GL122550

1/2

#LandUse #DenseBuilding #RuralDrainage #Flooding #HighWater #FloodPlain #AlluvialPlain #Escarpment #Strath #Geomorphology #Entropy #EnvironmentalDesign #FluidMechanics #FluidDynamics #HighWaterFlow #EdgeRays #FlowBeam #OffAxis

Local urban runoff tends to cause shallow flooding.

Urban infrastructure blocking rural drainage tends to cause deep flooding.

#Urbanization needs to be #OffBeam of rural #hydrology corridors.

https://doi.org/10.1029/2026GL122550

1/2

#LandUse #DenseBuilding #RuralDrainage #Flooding #HighWater #FloodPlain #AlluvialPlain #Escarpment #Strath #Geomorphology #Entropy #EnvironmentalDesign #FluidMechanics #FluidDynamics #HighWaterFlow #EdgeRays #FlowBeam #OffAxis

Local urban runoff tends to cause shallow flooding.

Urban infrastructure blocking rural drainage tends to cause deep flooding.

#Urbanization needs to be #OffBeam of rural #hydrology corridors.

https://doi.org/10.1029/2026GL122550

1/2

#LandUse #DenseBuilding #RuralDrainage #Flooding #HighWater #FloodPlain #AlluvialPlain #Escarpment #Strath #Geomorphology #Entropy #EnvironmentalDesign #FluidMechanics #FluidDynamics #HighWaterFlow #EdgeRays #FlowBeam #OffAxis

The Navier-Stokes equation has been getting a lot of attention lately.

For those who want to take a closer look at what lies behind its different terms, here’s a short video by Lorelscience, in French, breaking down the forces at play.

https://youtube.com/shorts/6uHjHwPf7Nk?si=ty3GcWywPotTRXBT

#NavierStokes #FluidMechanics #FluidDynamics #HeatTransfer #Physics

The Navier-Stokes equation has been getting a lot of attention lately.

For those who want to take a closer look at what lies behind its different terms, here’s a short video by Lorelscience, in French, breaking down the forces at play.

https://youtube.com/shorts/6uHjHwPf7Nk?si=ty3GcWywPotTRXBT

#NavierStokes #FluidMechanics #FluidDynamics #HeatTransfer #Physics

The Navier-Stokes equation has been getting a lot of attention lately.

For those who want to take a closer look at what lies behind its different terms, here’s a short video by Lorelscience, in French, breaking down the forces at play.

https://youtube.com/shorts/6uHjHwPf7Nk?si=ty3GcWywPotTRXBT

#NavierStokes #FluidMechanics #FluidDynamics #HeatTransfer #Physics

The Navier-Stokes equation has been getting a lot of attention lately.

For those who want to take a closer look at what lies behind its different terms, here’s a short video by Lorelscience, in French, breaking down the forces at play.

https://youtube.com/shorts/6uHjHwPf7Nk?si=ty3GcWywPotTRXBT

#NavierStokes #FluidMechanics #FluidDynamics #HeatTransfer #Physics

The Navier-Stokes equation has been getting a lot of attention lately.

For those who want to take a closer look at what lies behind its different terms, here’s a short video by Lorelscience, in French, breaking down the forces at play.

https://youtube.com/shorts/6uHjHwPf7Nk?si=ty3GcWywPotTRXBT

#NavierStokes #FluidMechanics #FluidDynamics #HeatTransfer #Physics

Roll waves are traveling, periodic wave patterns characterized by abrupt discontinuities that naturally form in shallow, gravity-driven fluid flows over steep surfaces.
#FluidMechanics #HydraulicEngineering #AppliedMathematics #sflorg
https://www.sflorg.com/2026/09/phy09162601.html

Roll waves are traveling, periodic wave patterns characterized by abrupt discontinuities that naturally form in shallow, gravity-driven fluid flows over steep surfaces.
#FluidMechanics #HydraulicEngineering #AppliedMathematics #sflorg
https://www.sflorg.com/2026/09/phy09162601.html

Roll waves are traveling, periodic wave patterns characterized by abrupt discontinuities that naturally form in shallow, gravity-driven fluid flows over steep surfaces.
#FluidMechanics #HydraulicEngineering #AppliedMathematics #sflorg
https://www.sflorg.com/2026/09/phy09162601.html

Roll waves are traveling, periodic wave patterns characterized by abrupt discontinuities that naturally form in shallow, gravity-driven fluid flows over steep surfaces.
#FluidMechanics #HydraulicEngineering #AppliedMathematics #sflorg
https://www.sflorg.com/2026/09/phy09162601.html

Roll waves are traveling, periodic wave patterns characterized by abrupt discontinuities that naturally form in shallow, gravity-driven fluid flows over steep surfaces.
#FluidMechanics #HydraulicEngineering #AppliedMathematics #sflorg
https://www.sflorg.com/2026/09/phy09162601.html

What should a publication in fluid mechanics contribute to?

Physics of Fluids is evolving its positioning around a simple principle: “Physics First”, placing the advancement of knowledge in physics at the heart of its editorial policy. An interesting shift to follow for the scientific community.

🔗 https://pubs.aip.org/aip/pof/article/38/8/080401/3402803/Physics-First-What-we-mean-by-Physics-First

#FluidMechanics #PhysicsOfFluids

RE: https://mastodon.acc.sunet.se/@nate/117236690140052403

So apparently OpenAI is attempting the impossible. While mathematicians have to verify the Lean proof. I had to read the blog, with the lens of #FluidMechanics
1/x

RE: https://mastodon.acc.sunet.se/@nate/117236690140052403

So apparently OpenAI is attempting the impossible. While mathematicians have to verify the Lean proof. I had to read the blog, with the lens of #FluidMechanics
1/x

RE: https://mastodon.acc.sunet.se/@nate/117236690140052403

So apparently OpenAI is attempting the impossible. While mathematicians have to verify the Lean proof. I had to read the blog, with the lens of #FluidMechanics
1/x

RE: https://mastodon.acc.sunet.se/@nate/117236690140052403

So apparently OpenAI is attempting the impossible. While mathematicians have to verify the Lean proof. I had to read the blog, with the lens of #FluidMechanics
1/x

RE: https://mastodon.acc.sunet.se/@nate/117236690140052403

So apparently OpenAI is attempting the impossible. While mathematicians have to verify the Lean proof. I had to read the blog, with the lens of #FluidMechanics
1/x

V. Ocqueteau (University of Bordeaux) and his supervisor M. Tucsnak have a new publication in the Journal of Mathematical Fluid Mechanics:

They study the small vertical motion of a floating cylinder. Coupling the water wave equations with the body's equation of motion, they prove the well-posedness of the system by analyzing a Dirichlet-to-Neumann map.

https://link.springer.com/article/10.1007/s00021-026-01047-0

https://arxiv.org/abs/2504.20523

#AppliedMathematics #FluidMechanics #MathematicalPhysics #WellPosedness

#MSCA #EUhorizon

V. Ocqueteau (University of Bordeaux) and his supervisor M. Tucsnak have a new publication in the Journal of Mathematical Fluid Mechanics:

They study the small vertical motion of a floating cylinder. Coupling the water wave equations with the body's equation of motion, they prove the well-posedness of the system by analyzing a Dirichlet-to-Neumann map.

https://link.springer.com/article/10.1007/s00021-026-01047-0

https://arxiv.org/abs/2504.20523

#AppliedMathematics #FluidMechanics #MathematicalPhysics #WellPosedness

#MSCA #EUhorizon

V. Ocqueteau (University of Bordeaux) and his supervisor M. Tucsnak have a new publication in the Journal of Mathematical Fluid Mechanics:

They study the small vertical motion of a floating cylinder. Coupling the water wave equations with the body's equation of motion, they prove the well-posedness of the system by analyzing a Dirichlet-to-Neumann map.

https://link.springer.com/article/10.1007/s00021-026-01047-0

https://arxiv.org/abs/2504.20523

#AppliedMathematics #FluidMechanics #MathematicalPhysics #WellPosedness

#MSCA #EUhorizon

V. Ocqueteau (University of Bordeaux) and his supervisor M. Tucsnak have a new publication in the Journal of Mathematical Fluid Mechanics:

They study the small vertical motion of a floating cylinder. Coupling the water wave equations with the body's equation of motion, they prove the well-posedness of the system by analyzing a Dirichlet-to-Neumann map.

https://link.springer.com/article/10.1007/s00021-026-01047-0

https://arxiv.org/abs/2504.20523

#AppliedMathematics #FluidMechanics #MathematicalPhysics #WellPosedness

#MSCA #EUhorizon

V. Ocqueteau (University of Bordeaux) and his supervisor M. Tucsnak have a new publication in the Journal of Mathematical Fluid Mechanics:

They study the small vertical motion of a floating cylinder. Coupling the water wave equations with the body's equation of motion, they prove the well-posedness of the system by analyzing a Dirichlet-to-Neumann map.

https://link.springer.com/article/10.1007/s00021-026-01047-0

https://arxiv.org/abs/2504.20523

#AppliedMathematics #FluidMechanics #MathematicalPhysics #WellPosedness

#MSCA #EUhorizon

Can surface geometry be used to actively shape heat-transfer flows?

Corrugated Diamond TPMS structures show how small changes in a periodic surface can generate mixing, separation and reattachment, with measurable gains in convective heat transfer.

🔗 https://pubs.aip.org/aip/pof/article/38/7/075111/3397171/Convective-heat-transfer-in-corrugated-Diamond

#FluidMechanics #HeatTransfer #TPMS

What happens when fluid mechanics meets the kitchen?

Pouring, foams, emulsions and heating turn everyday cooking into a laboratory for studying complex flows and multiphysics.

🔗 https://pubs.aip.org/aip/pof/article/38/7/070401/3397409/Kitchen-Flows-2024-New-research-directions-and

#FluidMechanics #SoftMatter #Multiphysics

In complex flows, finding a correlation is often only the beginning.

Causal analysis asks a harder question: which physical variable influences another, and in which direction? This review explores how data-driven methods can address that challenge.

🔗 https://pubs.aip.org/aip/pof/article/38/7/071301/3397408/Causal-inference-in-fluid-mechanics-Introduction

#FluidMechanics #Causality #FlowPhysics

📅 Upcoming seminar | Flow & transport phenomena on small scales

On 4 September, Pr. S. Hardt (TU Darmstadt) will be at the @UniversitedeLiege for a seminar entitled:

“Flow and transport phenomena on small scales: Research at the Institute for Nano- and Microfluidics”

📅 4 September 2026
📍 B52, TP64 - ULiège, Belgium

More info: www.leidenforce.eu/conferences

#FluidDynamics #Microfluidics #Nanofluidics #FluidMechanics #PhysicsSeminar

📅 Upcoming seminar | Flow & transport phenomena on small scales

On 4 September, Pr. S. Hardt (TU Darmstadt) will be at the @UniversitedeLiege for a seminar entitled:

“Flow and transport phenomena on small scales: Research at the Institute for Nano- and Microfluidics”

📅 4 September 2026
📍 B52, TP64 - ULiège, Belgium

More info: www.leidenforce.eu/conferences

#FluidDynamics #Microfluidics #Nanofluidics #FluidMechanics #PhysicsSeminar

📅 Upcoming seminar | Flow & transport phenomena on small scales

On 4 September, Pr. S. Hardt (TU Darmstadt) will be at the @UniversitedeLiege for a seminar entitled:

“Flow and transport phenomena on small scales: Research at the Institute for Nano- and Microfluidics”

📅 4 September 2026
📍 B52, TP64 - ULiège, Belgium

More info: www.leidenforce.eu/conferences

#FluidDynamics #Microfluidics #Nanofluidics #FluidMechanics #PhysicsSeminar

📅 Upcoming seminar | Flow & transport phenomena on small scales

On 4 September, Pr. S. Hardt (TU Darmstadt) will be at the @UniversitedeLiege for a seminar entitled:

“Flow and transport phenomena on small scales: Research at the Institute for Nano- and Microfluidics”

📅 4 September 2026
📍 B52, TP64 - ULiège, Belgium

More info: www.leidenforce.eu/conferences

#FluidDynamics #Microfluidics #Nanofluidics #FluidMechanics #PhysicsSeminar

📅 Upcoming seminar | Flow & transport phenomena on small scales

On 4 September, Pr. S. Hardt (TU Darmstadt) will be at the @UniversitedeLiege for a seminar entitled:

“Flow and transport phenomena on small scales: Research at the Institute for Nano- and Microfluidics”

📅 4 September 2026
📍 B52, TP64 - ULiège, Belgium

More info: www.leidenforce.eu/conferences

#FluidDynamics #Microfluidics #Nanofluidics #FluidMechanics #PhysicsSeminar

@IncHulk @fesshole

I briefly wondered whether there might be a process of boundary layer separation happening too far forward in the water layer between wheel and rail, which would then be equivalent to "stall" on an aircraft wing, but on reflection I think what's going on here is a Couette flow, to which boundary layer separation is irrelevant. #fluidMechanics

@IncHulk @fesshole

I briefly wondered whether there might be a process of boundary layer separation happening too far forward in the water layer between wheel and rail, which would then be equivalent to "stall" on an aircraft wing, but on reflection I think what's going on here is a Couette flow, to which boundary layer separation is irrelevant. #fluidMechanics

@IncHulk @fesshole

I briefly wondered whether there might be a process of boundary layer separation happening too far forward in the water layer between wheel and rail, which would then be equivalent to "stall" on an aircraft wing, but on reflection I think what's going on here is a Couette flow, to which boundary layer separation is irrelevant. #fluidMechanics

@IncHulk @fesshole

I briefly wondered whether there might be a process of boundary layer separation happening too far forward in the water layer between wheel and rail, which would then be equivalent to "stall" on an aircraft wing, but on reflection I think what's going on here is a Couette flow, to which boundary layer separation is irrelevant. #fluidMechanics

@IncHulk @fesshole

I briefly wondered whether there might be a process of boundary layer separation happening too far forward in the water layer between wheel and rail, which would then be equivalent to "stall" on an aircraft wing, but on reflection I think what's going on here is a Couette flow, to which boundary layer separation is irrelevant. #fluidMechanics

Theory of Fluids Enters the 21st Century

… the Navier-Stokes equations are a consequence of symmetries …
#physics #FluidScience #fluiddynamics #fluidmechanics

https://www.quantamagazine.org/theory-of-fluids-enters-the-21st-century-20260817/

Sometimes improving water use isn't about storing more water, but about controlling where each raindrop goes.

A biodegradable spray creates hydrophobic soil ridges that redirect rainfall toward crop seeds, reducing losses to evaporation while using surface wettability as a design tool.

🔗 https://phys.org/news/2026-06-precious-spray-crop-farmers-declining.html

#Wetting #SoilPhysics #AgriculturalEngineering #FluidMechanics

I did a weird thing this morning. I was giving the dogs water from a hose out back. turned on the hose and used my thumb to spread the water around... all of a sudden the flow kind of sucked onto my thumb and some sort of venturi effect gave my thumb a barotrauma. It literally feels like I got my thumb stuck in a vacuum hose or something. Damn thing has been low level aching all day.

#fluidmechanics #physics

I did a weird thing this morning. I was giving the dogs water from a hose out back. turned on the hose and used my thumb to spread the water around... all of a sudden the flow kind of sucked onto my thumb and some sort of venturi effect gave my thumb a barotrauma. It literally feels like I got my thumb stuck in a vacuum hose or something. Damn thing has been low level aching all day.

#fluidmechanics #physics

I did a weird thing this morning. I was giving the dogs water from a hose out back. turned on the hose and used my thumb to spread the water around... all of a sudden the flow kind of sucked onto my thumb and some sort of venturi effect gave my thumb a barotrauma. It literally feels like I got my thumb stuck in a vacuum hose or something. Damn thing has been low level aching all day.

#fluidmechanics #physics

I did a weird thing this morning. I was giving the dogs water from a hose out back. turned on the hose and used my thumb to spread the water around... all of a sudden the flow kind of sucked onto my thumb and some sort of venturi effect gave my thumb a barotrauma. It literally feels like I got my thumb stuck in a vacuum hose or something. Damn thing has been low level aching all day.

#fluidmechanics #physics

I did a weird thing this morning. I was giving the dogs water from a hose out back. turned on the hose and used my thumb to spread the water around... all of a sudden the flow kind of sucked onto my thumb and some sort of venturi effect gave my thumb a barotrauma. It literally feels like I got my thumb stuck in a vacuum hose or something. Damn thing has been low level aching all day.

#fluidmechanics #physics

🔬 Fluid Inspirations #3

Theme: Droplet oscillations

This week's inspiration: Plucking Droplets.

This award-winning visualization beautifully illustrates how surface tension acts as a restoring force, transforming droplets into tiny fluid oscillators.

🔗 https://gfm.aps.org/meetings/dfd-2025/692e39eaa7f805227b16ff37

Source: APS Gallery of Fluid Motion 2025 – Video V036

#SurfaceTension #CapillaryPhysics #OscillatingDroplets #InterfacialScience #FluidMechanics
#KAUST

These researchers are demystifying oobleck, Dr. Seuss’s “green goo” https://www.byteseu.com/2184085/ #3DPrinting #FluidMechanics #Science

Beyond excited.. this is on at the #RoxyCinema

I’m pretty sure Ive only ever watched it on VHS or YT. It has it all.. #submarines #coldwar #practicaleffects and for once low Reynolds number #fluidmechanics is appropriate. 🤪

When i give general talks on the oceans to public audiences i often use a movie as a familiar prop to ease people in at the same time as giving their preconceptions a nudge 😎.. ive used this one a few times. It provides excellent service.

#FantasticVoyage

Beyond excited.. this is on at the #RoxyCinema

I’m pretty sure Ive only ever watched it on VHS or YT. It has it all.. #submarines #coldwar #practicaleffects and for once low Reynolds number #fluidmechanics is appropriate. 🤪

When i give general talks on the oceans to public audiences i often use a movie as a familiar prop to ease people in at the same time as giving their preconceptions a nudge 😎.. ive used this one a few times. It provides excellent service.

#FantasticVoyage