## Study notes with most views in fluid dynamics

# Numerical Methods - Computational Fluid Dynamics - Lecture Notes

This lecture handout is from Computational Fluid Dynamics course. Its main points are: Numerical Methods, Equation is Hyperbolic, Equation is Elliptic, Wave Equation, Poission's Equation, Laplace's Equation, Effect of Step Size on Error, Finite-El...

# Capabilities of Fluent - Computational Fluid Dynamics - Lecture Notes

This lecture handout is from Computational Fluid Dynamics course. Its main points are: Capabilities of Fluent, Instructions, Mode, Tutorial Guide, Postprocessing, Prerequisites, Temperature Profile

# Turbulence Modeling - Computational Fluid Dynamics - Lecture Notes

Although there is a strong confidence in our ability to solve the Navier Stokes equations on
modern computers, that confidence is limited to laminar – not turbulent – flows. Unfortunately,
most flows of engineering interest are turbulent.