1. Derive partial differential equations of continuity, momentum, and energy for compressible and incompressible flows[a2,a4]
2. Apply control volume theory for solution of inviscid and viscous flows [a2,a4]
3. Solve partial differential equations of selected external and internal flow problems [a2,a4, e]
4. Compare and use different levels of flow approximations use simplified models when necessary [a4,e]
5. Solve external and internal flow problems [a4,e]
6. Solve boundary layer, laminar, and turbulent flow problems [a4,e]
7. Solve similarity transformation equations numerically using Runge-Kutta methods [a4,k4]
8. Compute lift, drag, and separation for viscous flows[a4,e]
9. Make use of numerical and/or empirical methods when analytical methods fail [a4,k4]