I love turbulence. Knowing how to model it in just the right fidelity is an art imho. An art I fell in love with 💕

The intention of this set of posts is to embark on a journey of connecting the dots between CFD and turbulence modeling with the phenomenological and practical concepts of engineering turbulence…

 

• A Forest of Hairpins – on the quest for turbulence coherent structures 💕
• Turbulence Modeling Best Practice Guidelines – PART I: Standard
• Guidelines – PART II: Standard EVMs
• Turbulence Modeling Best Practice Guidelines – PART III: Task-Specific EVMs
• The k-ω Turbulence Transport Family🔥🔥🔥(PDF Version)
• From Kolmogorov to Wilcox to BSL to SST – The k-ω Family of Turbulence Models
• Some Fundamental Thoughts About Turbulence Modeling…
• Turbulence Modeling – The Gist (by Tomer Avraham)
• Law of the Wall
• Understanding the Boussinesq Hypothesis and the Eddy-Viscosity Concept
• Near Wall Treatment k-ε Turbulence Model
• The Standard k-ε Turbulence ModeLThe Realizable k-ε Turbulence Model
• The prince of RANS k-ω Shear Stress Transport (SST) turbulence model
• Transition Modeling
• Menter-Egorov URANS – Scale-Adaptive Simulation (SAS)
• The Spalart-Allmaras (SA) turbulence model
• The Spalart-Allmaras (SA) turbulence model (PDF Version)
• Let’s LES I
• Let’s LES II
• Let’s LES III
• Let’s LES IV
• Understanding The V2-f Turbulence ModeL
• Understanding Reynolds Stress Models (RSM) for Turbulence Modeling
• Second Generation URANS – Get Your LES-Like Content Resourcefully
• Detached Eddy Simulation (DES), Delayed Detached Eddy Simulation (DDES) and Shielded Detached Eddy Simulation (SDES) hybrid turbulence modeling methodology
• GEKO – And Then There Were Six…
• Slideshare Alert: Turbulence Modeling – Reynolds Decomposition
• Slideshare Alert: Turbulence Modeling – k-epsilon
• Slideshare Alert: Turbulence Modeling – Boussinesq Hypothesis – Law of The Wall
• Slideshare Alert: Turbulence Modeling – Hybrid Methods
• Slideshare Alert: Turbulence Modeling – Spalart Allmaras

 

“Must” watch classics”: 

 

• Computational Fluid Dynamics by TO Courses:

 

• Lorena A. Barba – 12 steps to Navier-Stokes:

• Lorena A. Barba – ME 702 – Computational Fluid Dynamics:
  
  

• A somewhat rare interview, and all so an amazingly interesting one by Parviz Moin, director of Stanford University Center for Turbulence Research:

• Lecture on turbulence by professor Alexander Polyakov:
   

• Phil Roe: Colorful Fluid Dynamics Behind The Scenes:

• Doug McLean: Common Misconceptions in Aerodynamics:

• Turbulent Flow is MORE Awesome Than Laminar Flow

• The National Committee of Fluid Mechanics (NSF) – Classic Lecturers:

• Fluid Mechanics I – Dr. Biddle’s lecture series:

• A Brief History of the Navier-Stoks Equations:

• Combustion Theory and Applications in CFD – by Professor Heinz Pitcsh (summer lectures 1/4)

 

💥Rsources you must follow:

• Hidden fluid mechanics: Learning velocity and pressure fields from flow visualizations (by Professor George Karniadakis et al.)

• On the Convergence and generalization of Physics Informed Neural Networks(Yeonjong Shin, Jerome Darbon, George Em Karniadakis)

• Lectures in Elementary Fluid Dynamics (By J. M. McDonough)
• Lectures on Turbulence and Turbulence Modeling (highly recommended) (By J. M. McDonough)
• Large-eddy simulation of transition and turbulence in wall-bounded shear flow (PhD dissertation by Phillip Schlatter – highly recommended)
• Turbulent Flows (an iconic book by Stephen B. Pope)
• Lectures on Computational Analysis of Incompressible Flow (By J. M. McDonough)
• Large-Eddy Simulation for Acoustics – ResearchGate (Pierre Sagaut)
• Ten years of industrial experience with the SST turbulence model (Florian Menter et al.)
• Detached-Eddy Simulation (Phillipe Spalart)
• Cornell University FLUENT Learning Modules
• The complete online read of The Feynmann Lectures on Physiscs by Caltech’s Division of Physics, Mathematics and Astronomy nd The Feynman Lectures Website

• The CFD Bare Minimum – a frequently updating sets of high quality courses

 

Books about happiness 😉 :

• Doug Mclean: Understanding Aerodynamics – (my private network and for “ALL About CFD Subscribers” e-copy available
• David Wilcox – Turbulence Modeling (out of print)
• J.M. Mcdonough
• Arkady Tsinober – The essence of Turbulence – This one is for those who are able and wish to get very deep into the phenomenology.
• Pope – Turbulent Flows
• Pierre Sagaut LES – Compressible/Incompressible/aeroacoustics
• Sagaut LES – Compressible/Incompressible 
• Turbulence – Nieuwstadt
• Tennekes and Lumley – a first course on turbulence – a breakthrough in turbulence writing.
• Stability and Transition in Shear Flows –  Dan S. Henningson, J.Shmid 
• LLoyd Trephthen – Spectra and PseudoSpectra (my interpretation of the theory as far as the impact on transition is concerned) 
• Gad-El-Hak – Flow Control, Doug Mclean: Understanding Aerodynamics  (my private network and for “ALL About CFD Subscribers” e-copy available

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E-Copies available for “All About CFD – Special Subscription” (a private message shall be sent)

🔥🔥🔥🔥🔥

 

                  ⚡️HAPPY COMPUTATIONS!!!⚡️

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