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Chilling with Jousef Murad on his “ENGINEERING MIND” Podcast
My “Recipe” for learning how to become a CFD self sustaining practitioner PART I:
My “Recipe” for learning how to become a CFD self sustaining practitioner PART II:
Parviz Moin: V&V and UQ Analysis of a Multi-scale Complex-System
Phil Roe: Colorful Fluid Dynamics Behind The Scenes:
A Brief History of the Navier-Stokes Equations

Turbulence Modeling – The SlideShare Alert Series
Mandelbrot Sets, Fractals, Dynamical Systems, Mathematics, Physics, Arts by Rendering, Cryptography, Astrophotography and Spirituality – A Connecting Post
Mandelbrot Set, Dynamical Systems, Mathematics, Physics, Arts by Rendering, Cryptography and Spirituality – Preface
Routes to Chaos: The Non-Linear Dynamical System Approach and Lorenz Equations – Part II
Routes to Chaos: The Non-Linear Dynamical System Approach – Part I
Vorticity and Coherent Structures – Part I
Aerodynamic physics of the Delta Wing – POST #100
Transition to Turbulence Series – Transition Scenarios
All About CFD – Mapping the Territory
Volume of Fluid: Interface Capturing Method (Multiphase flow)
Nonmodal instability of PDE discretizations  – The Need For Linear Growth Mechanisms – Prolog
Nonmodal instability of PDE discretizations  – Secondary Instability and Floquet Analysis
Nonmodal instability of PDE discretizations – Spectra Analysis – An Introduction Primer for ByPass Transition
Nonmodal instability of PDE discretizations – Transient growth through the mathematical standpoint – An introduction primer to bypass transition
Nonmodal instability of PDE discretizations – Transient growth through the mathematical standpoint – A mathematical primer to bypass transition – Part I
Entropy Part III – The Arrow of Time (Shall we begin…)
Top Posts in All About CFD – February 2022
Entropy Part III – The Arrow of Time – 2
Entropy Part III – The Arrow of Time – 1
From Reynolds Transport Theorem to Navier-Cauchy to Navier-Stokes Voyage: Part II
The Enigma of Turbulence – Part I
From Reynolds Transport Theorem to Navier-Cauchy to Navier-Stokes Voyage: Part I
SIMPLE Algorithm: Way to solve incompressible NV-Stokes Equation
Eddy Viscosity Concept & Turbulent Kinetic Energy Equation
Navier-Stokes Equation in Moving Reference Frame (MRF)
Wall Function: Boundary Layer Modelling Approach
Classification of 2nd Order PDE in Fluid Flow Application
Ask Me Anything – 2 (17.6.21 IDT) – ANSWERS + UNABRIDGED RECORDING + RESOURCES
From Kolmogorov to Wilcox to BSL to SST – The k-ω Family of Turbulence Models… Then we’re going to slide on ANSYS paradigm – GEKO.
TOP POSTS – February 2021
“All About CFD” – Tom’s Blog: The All Inclusive Turbulence Guide – Call to join
Zoom-Webinar: My “Recipe” for learning How to Become a CFD Self Sustaining Practitioner (Nov. 2020) + Unabridged Recording
The Transition Series: Part I – Mathematical Perspective
TOP POSTS – July 2020 / AND / Two New Upcoming Zoom Sets of Ongoing Sessions
Zoom/Webinar: From Jones-Launder 1972 to ANSYS Turbulence Modules 2020 Team. Broadcasted: 20.7.20 – THE UNABRIDGED RECORDING
Zoom: CFD Best Practice Guidelines 15/7/2020 20:00-21:30 (IDT) + Unabridged Recordings
Large Eddy Simulation – The Challenge of Filters That Commute With Differentiation – PART I – HOPE
Private Mentoring – Zoom Sessions – Going Official
Zoom-Webinar: Transition Modeling and Phenomenology – 9.7.2020, 20:00-22:00 (IDT) + Unabridged Recording
There is room for a second webinar on the topic. Next week seems cool…✨
Understanding The Detached Eddy Simulation From DES to IDDES
All About Turbulence Modeling – The “All You Can Eat” Menu
Webinar 10.6: Thermal Analysis and CFD of Electronic Equipment: My Resource + Unabridged Recording
Webinar 27.5: Near Wall Turbulence Modeling and the k-ω Turbulence Models family
The “Ask Me Anything” (AMA) Webinar series No. 1 – Turbulence and a little ROMs (20.5.2020)…
All About Entropy… – Part I – Beginnings
Scale-Resolving Simulation (SRS) as Part of Daily Engineering Routine
“All About Entropy…” – Part II – Claude Shannon in a glimpse
Turbulence Modeling – Near Wall Treatment
The CFD Bare Minimum – An Initial Roadmap To Begin Practicing CFD
Large Eddy Simulation (LES) of Tunnel Pool Fire and calculation Infra Red absorption Coefficients of Soot Particles
Discretization Schemes – Upwinding
CFD SIMULATION OF ETHANOL STEAM REFORMING FOR MARINE STIRLING ENGINE
CFD Design of Hydrogenation Reactor for Producing GVL from LA -Levulinic Acid
Going Dynamic – Part I
“Turbulence Modeling Best Practice Guidelines: Task specific EVMs – PART III”
Know Your Mesh – Basic Methodologies
Turbulence Modeling Best Practice Guidelines: Standard EVMs – PART II
Turbulence Modeling Best Practice Guidelines: Standard EVMs – PART I
Some Fundamental Thoughts About Emergent Theories…
Define Turbulence… PART I
Engineering Turbulence – Part II: Lifting The Wright Way!
Engineering Turbulence – Part I: Phenomenology
GEKO – And Then There Were Six…
Turbulence Modeling – The Gist
Know Thy Mesh – Mesh Quality – Part I
Numerical Schemes in CFD: Upwinding and The Cell-Reynolds Problem
Know Thy Solver – Part III: Pressure Equation Methodologies for Incompressible Flow
Law of the Wall
A Forest of Hairpins – on the quest for turbulence coherent structures (updated)
Going Hybrid
Know Thy Solver- PART II: Projection Methods
Know Thy Solver- PART I: Introduction to NSE Algorithms
Modeling Transition…
Understanding The k-ε Turbulence Model
Understanding The Realizable k-ε Turbulence Model
Predictions for CFD in 2030
Thermal Analysis and Cooling Solutions for Electronic Equipment – a comprehensive guide
Scale Adaptive Simulation (SAS) – cutting on your computational budget in an unsteady manner
Scale Resolving Simulation – Overview
Understanding the Boussinesq Hypothesis and the Eddy-Viscosity Concept
Understanding Reynolds Stress Models (RSM) for Turbulence Modeling
LET’s LES IV
Second Generation URANS – Get Your LES-Like Content Resourcefully
Democratization of CFD and Scale Resolving Simulation (SRS)
Direct Numerical Simulation Part III – The Reynolds Number Limitation
Direct Numerical Simulation Part II – Boundary Conditions for Incompressible DNS
Direct Numerical Simulation Part I – Spectral Methods
TOM and Rajat explore science….

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