Page
Links:
Useful
Information:
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Course
Outline:
- Intro and motivation
- Analysis tools
- Turbulence and scale separation
- Equations of motion
- Filtering
- Filtered equations of motion
- Approaches to turbulence modeling
- Numerics and LES
- Basic SGS models
- eddy viscosity
- similarity
- nonlinear
- mixed
- dynamic models
- Using Fourier methods to simulate isotropic turbulence
(Project #1)
- Evaluating LES (a
postiori)
- Evaluating SGS models (a
priori, Project #2)
- Special Topics in LES (cover some set of the following
examples)
- Boundary and initial conditions
- Anisotropic models
- Probability based methods
- Lagrangian particle models
- LES of compressible and/or reacting flows
- LES case studies of interest
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