Students are able to describe the sequence of complex flow processes in the situation. They have a first idea of how numerical methods are designed for the solution of fluid dynamic tasks.

B2.06060.32.090 - 1B2.00000.12.080 Fluid Mechanics - Engineering Mathematics 1BB2.00000.21.140 - 2AB2.00000.21.180 Engineering Mathematics - Physics 2AB2.00000.22.210 - Engineering Mathematics 2B

Conservation laws

Navier-Stokes equation

Energy equation

Supersonic flows

Shock wave

Reflection

Boundary layer theory basics

Special solutions

Turbulent flow

Reynolds equations

Turbulence models

Numerical methods in fluid mechanics

Phenomena of fluid mechanics

Laminar-turbulent transition wake flow

Durst: Grundlagen der Strömungsmechanik, SpringerSpurk: Strömungslehre, SpringerHerwig: Strömungsmechanik, SpringerOertel et al.: Strömungsmechanik, Springer

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