CFD Novice to Expert Part 2: Fluid Dynamics 101
Hopefully you were suitably inspired by "CFD Novice to Expert Part 1: Get Inspired" and that's why you are here now ready for part 2 of this 7-part series.
Fluid Dynamics 101
You've picked a great moment in human history to become a CFD expert. The internet provides virtually everything known about fluid dynamics since the dawn of time, but where to start? Wikipedia is always a good choice to start out on a knowledge quest and no less so for fluid dynamics. You don't need to dig into the equations, other than to be aware that most practical engineering fluid flow is well described by the Navier-Stokes equations.
It will pay you well to get a grasp of the types of fluid flow (e.g., incompressible, compressible, steady, unsteady, laminar, turbulent) and some of the terminology you will encounter (e.g., boundary layers, velocity, pressure, pressure coefficient, temperature, dimensionless units, Reynolds number, Mach number, lift and drag), which are covered in the Wikipedia fluid dynamics article.
Stay tuned for part 3 - Fluid Dynamics 201, which digs a little deeper into fluid dynamics.
Recent blog posts
- Top 5 Reasons Why You Should Try CFD
- Heroic Aircraft Design Aided by Caedium CFD
- Internal Flow with CFD
- External Aerodynamics with CFD
- A Case for Renaming the Navier-Stokes Equations
- Ludwig Prandtl: Real Fluids Explained
- Osborne Reynolds: A Giant in Fluid Dynamics
- Sliver Treatment Strategies for CFD
- How to Fix Small Acute Angles for CFD
- Small Feature Removal for CFD