Introduction into the dynamics of gases and liquids with special emphasis on the physical/mathematical modelling of basic flows in terms of differential equations and regarding solution methods.

Introduction, governing equations in integral and differential form, Reynolds transport theorem, jump conditions, steady inviscid flows, incompressible and compressible flows in ducts of varying cross section, normal and oblique shock waves, expansion fan, Laval nozzle, vorticity, viscous stresses, Navier-Stokes equations, model laws and similarity (dimensional analysis), creeping flows, potential theory, boundary layer theory.

oral exam

online lecture notes available or printed version via TUVerlag:

http://shop.tuverlag.at/de/stroemungslehre-tph?info=127 <http://shop.tuverlag.at/de/stroemungslehre-tph?info=127>