• know the laws of vortex fluid motion and features of turbulent fluid flow, and the laws of hydrostatics, kinematics and dynamics of a viscous liquid;
• be able make measurements and calculation major hydromechanical quantities;
• to understand the terminology and computational fluid mechanics device.

• Technical Mechanics of Liquid and Gas;
• Hydraulic and Aerodynamic Machines, Pumping stations;
• Hydrotechnical Structures.

Characteristic properties of liquid drops as the environment movement. Mathematical models of flow of liquid drops. Hydrostatics. Forces and moments in hydrostatics. Hydrodynamic forces and moments of inertia of nature. Surface waves. Hydrodynamic forces wave nature. Hydrodynamic forces and moments circulation type. Theory hydrofoil. Advanced fluid flow cavitation. Hydrodynamic load at the entrance of bodies in liquid.

1. Asatur K. H. Hydromekhanyka/ K. H. Asatur, B. S. Makhovykov.- M.: S.-Peterburh. hornyy yn-t, 2001.- 253s.
2. Loytsyanskyy L.H. Mekhanyka zhydkosty y haza/ L.H. Loytsyanskyy.- M., Nauka.- Uchebnyk dlya stud. vuzov.- 1987.– 736 s.
3. Shashyn V.M. Hydromekhanyka: Ucheb. dlya tekhn. Vuzov/V.M. Shashyn.- M.: Vyssh. shk., 1990.- 384s.

• current oral examination (30%)
• final control (exam): written-oral form (70%)