Deepening and extension of the knowledge gained in the lecture fluid mechanics. Through the detailed discussion of flows where deviations from the ideal fluid behaviour are essential the student will acquire the ability to estimate importance of real fluid effects and learn methods for their treatment.
Introduction. Equations of state for real fluids, fundamental derivative. One-dimensional wave propagation processes. Flows with heat edition. Chemically reacting flows, combustion. High Reynolds number flows, flow separation. Fundamentals of hydrodynamic stability theory, transition from laminar to turbulent flow. Turbulence modeling.
Consultation hours for this course:
every WED, 14:00h-15:00h, until 21.3.2012 in Doz. B. Scheichl's office (room AS 03 23).
schriftlich (bei Bedarf mündlich). Es gibt 3 mögliche Testtermine, von denen jede/r Student/in an MAXIMAL 2 (an welchem der 3 Termine ist egal) teilnehmen kann, MINDESTENS jedoch an einem teilnehmen muss. Das bessere der 2 Prüfungsergebnisse bestimmt die Note. Die LVA ist demnach positiv absolviert, wenn man zumindest an einem der Tests teilgenommen hat und diesen positiv absolviert hat.
Not necessary
Fundamental knowledge in fluid mechanics required.
