Turbulence Modelling 11 - Large Eddy Simulations 4 Smagorinsky Model

Turbulence Modelling 11 - Large Eddy Simulations 4 Smagorinsky Model

Channel:
Singapore Theo Ong Science and Engineering
Subscribers:
10,000
Published on ● Video Link: https://www.youtube.com/watch?v=Pws93VlwmgY


Duration: 23:39
1,413 views
30

Petroleum Downstream Crash Course Playlist:
https://www.youtube.com/playlist?list=PLhPfNw4V4_YQ13CnhacUqEVk-tZlU4ISE

OpenFOAM for Windows 10 Beginner Playlist
https://www.youtube.com/playlist?list=PLhPfNw4V4_YRhBU4IqSaToQ8_X543YQsZ

OpenFOAM Intermediate Playlist
https://www.youtube.com/playlist?list=PLhPfNw4V4_YSpWX6mSOlwWEOKVa6i_iuE

OpenFOAM Heat Transfer Playlist
https://www.youtube.com/playlist?list=PLhPfNw4V4_YR2Qa3Q9-AzNSF2J9Dc4_qT

Radiation Heat Transfer Learning Journal:
https://www.youtube.com/watch?v=uUzh9kh-WTo&list=PLhPfNw4V4_YRUUVUydQp-n6U-7uu1kJof

Turbulence Modelling Playlist
https://www.youtube.com/watch?v=F_Rxv9uMM3g&list=PLhPfNw4V4_YSnbYkJIBQ1kRN06Mmxe2Be

Turbulence in plain English!
https://www.youtube.com/watch?v=tlefAxicsGY&t=6s

k-epsilon model and k-omega SST model
https://www.youtube.com/watch?v=fOB91zQ7HJU
https://www.youtube.com/watch?v=myv-ityFnS4

Turbulent Flows by Stephen B Pope
Pope, Stephen B. "Turbulent flows." (2001): 2020.
https://www.amazon.com/Turbulent-Flows-Stephen-B-Pope/dp/0521598869

(smargorinsky and dynamic smargorinksy)
https://www.iihr.uiowa.edu/gconstantinescu/files/2012/10/LES_models_1.pdf
https://www.iihr.uiowa.edu/gconstantinescu/files/2012/10/LES_models_2.pdf
(one equation model)
https://www.iihr.uiowa.edu/gconstantinescu/files/2012/10/LES_models_3.pdf
(Hybrid Models)
https://www.iihr.uiowa.edu/gconstantinescu/files/2012/10/LES_models_4.pdf



Other Videos By Theo Ong Science and Engineering


2020-04-14Turbulence Modelling 21 - Surface Roughness in log law of the wall part iv OpenFoam Example
2020-04-14Turbulence Modelling 20 - Surface Roughness in log law of the wall part iii nikuradse paper
2020-04-14Turbulence Modelling 19 - Surface Roughness in log law of the wall part ii nikuradse paper
2020-04-14Turbulence Modelling 18 - Surface Roughness in log law of the wall part i
2020-04-09Turbulence Modelling 17 - Near Wall Treatment part vi Smagorinsky LES Model Van Driest
2020-04-09Turbulence Modelling 16 - Near Wall Treatment part v estimate wall shear stress for velocity profile
2020-04-08Turbulence Modelling 15 - Near Wall Treatment part iv estimate friction velocity
2020-04-08Turbulence Modelling 14 - Near Wall Treatment part iii
2020-04-08Turbulence Modelling 13 - Near Wall Treatment part ii
2020-04-07Turbulence Modelling 12 - Near Wall Treatment part i
2020-03-27Turbulence Modelling 11 - Large Eddy Simulations 4 Smagorinsky Model
2020-03-27Turbulence Modelling 10 - Large Eddy Simulations 3 filtered Navier Stokes Equation
2020-03-26Turbulence Modelling 9 - Large Eddy Simulations 2 (filtering part ii)
2020-03-26Turbulence Modelling 8 - Large Eddy Simulations 1 filtering part i
2020-03-25OpenFoam Heat Transfer 55 - chtMultiRegionFoam hot sphere in oil validation part vi
2020-03-25OpenFoam Heat Transfer 54 - chtMultiRegionFoam hot sphere in oil validation part v
2020-03-20OpenFoam Heat Transfer 53 - free convection debugging part iv thermophysical property roundoff error
2020-03-18OpenFoam Heat Transfer 52 - free convection debugging part iii BL mesh resolved with snappyHexMesh
2020-03-17OpenFoam Heat Transfer 51 - free convection debugging part ii plume present low heat trf coeff
2020-03-17OpenFoam Heat Transfer 50 - free convection debugging part i no plume around sphere
2020-03-16OpenFoam Heat Transfer 49 - natural convection mesh layer addition part ii


Tags:
Engineering
Math
Science
Thermodynamics
Fluid Mechanics
Chemical
Nuclear
Chemical Potential
Fugacity
Enthalpy
Internal Energy
Entropy
First Law
Second law
Gibbs Free Energy
Hemholtz free energy
heat capacity
constant volume
constant pressure
tutorial
petroleum
oil
refinery
downstream
crude
jet
gasoline
gasoil
diesel
computational fluid dynamics
CFD
OpenFoam
Open
Foam
Fluid mechanics
heat transfer
turbulence
conduction
convection
radiation