Ability to **understand** the working principles of turbomachines and** use** the terminology in turbomachinery industry.

Ability to **compare** the performance characteristics of turbomachines.

Ability to **use** similarity principles on turbomachinary and **have** application due to the requirements.

Ability to **select **proper turbomachines for given pipe systems considering the cavitation and **combine** them according to the demand.

Ability to **simplify** the fluid flow problems and **obtain** inviscid flow equations.

Ability to **solve** elementary two dimensional potential flows and **apply** superposition techniques and

method of images.

Ability to **understand **and **solve** ideal flow around objects that are completely immersed in a fluid.

Ability to **simplify** the equations of motion for a viscous flow.

Ability to **solve** simple boundary layer problems and **discuss** the flow behavior over solid surfaces.

Ability to **e valuate** drag and lift forces on a solid body.

Ability to **understand** the compressible flow behavior.

Ability to **analyze** 1D isentropic flow in variable area ducts.

Ability to **analyze** normal shock waves .

Ability to **estimate** the performance of converging and converging-diverging nozzles.