Видео ютуба по тегу Capillary Number

Capillary number with simulations
Capillary number with simulations
Understanding the Capillary Number in Fluid Dynamics
Understanding the Capillary Number in Fluid Dynamics
4.1 Capillarity and viscosity - Capillary number
4.1 Capillarity and viscosity - Capillary number
PE GATE : Capillary Number : Enhanced Oil Recovery : Fundamentals concepts
PE GATE : Capillary Number : Enhanced Oil Recovery : Fundamentals concepts
Capillary Number (Capillary Man: Fluids in Action)
Capillary Number (Capillary Man: Fluids in Action)
Capillary number
Capillary number
Drop Dispensing at a T junction based on Capillary number
Drop Dispensing at a T junction based on Capillary number
How Surface Tension Powers Microfluidics?
How Surface Tension Powers Microfluidics?
Viscosity, Cohesive and Adhesive Forces, Surface Tension, and Capillary Action
Viscosity, Cohesive and Adhesive Forces, Surface Tension, and Capillary Action
23 Capillary induced motion of particles bridging interfaces by mahesh tirumkudulu
23 Capillary induced motion of particles bridging interfaces by mahesh tirumkudulu
Microfluidics - Video #10 - Capillary Effects
Microfluidics - Video #10 - Capillary Effects
Bubbles in Complex Microgeometries at Large Capillary Numbers
Bubbles in Complex Microgeometries at Large Capillary Numbers
Capillary trapping mechanism in strongly water wet systems: Comparison between Experiment and...
Capillary trapping mechanism in strongly water wet systems: Comparison between Experiment and...
2012 Olympic Capillary Games
2012 Olympic Capillary Games
Planar extensional flow/Two phases/Capillary number = 0.116, viscosity ration = 1#Planarextensional
Planar extensional flow/Two phases/Capillary number = 0.116, viscosity ration = 1#Planarextensional
Two Phase Flow (Low Capillary Number)
Two Phase Flow (Low Capillary Number)
5.4 Capillarity and inertia - Capillary waves
5.4 Capillarity and inertia - Capillary waves
1.3 Surface tension, surface energy - Laplace pressure
1.3 Surface tension, surface energy - Laplace pressure
CFD simulation of small rising bubble at low capillary number using coupled VOF and LS.
CFD simulation of small rising bubble at low capillary number using coupled VOF and LS.
What Happens When Fluids Collide at SUPERSONIC Speeds?
What Happens When Fluids Collide at SUPERSONIC Speeds?