Lehrinhalte
1. Introduction and statistical description
2. Turbulent diffusion and mixing length models
3. 1-equation models
4. Length and time scales of turbulence
5. 2-equation models
6. Reynolds stress equation models
7./8. Fourier transform and its application to the Navier Stokes equation
9. Filtered Navier Stokes equation / LES
10./11. Subgrid scale modelling
12. LES of near-wall flows
Literatur
Reprinting available in the lecture
Voraussetzungen
Attendance at the lecture
Strömungslehre
1. Introduction and statistical description
2. Turbulent diffusion and mixing length models
3. 1-equation models
4. Length and time scales of turbulence
5. 2-equation models
6. Reynolds stress equation models
7./8. Fourier transform and its application to the Navier Stokes equation
9. Filtered Navier Stokes equation / LES
10./11. Subgrid scale modelling
12. LES of near-wall flows
Literatur
Reprinting available in the lecture
Voraussetzungen
Attendance at the lecture
Strömungslehre
- Lehrende: Christian Hasse
Semester: Verão 2021