1. Defines the basic laws of movement quantity transfer. 2. Understands the difference between real and ideal fluids. 3. Explain fluid flow regimes and calculate energy losses during fluid flow. 4. Developed intellectual skills that enable analysis and understanding of problems in the field of hydrodynamic events in devices within technological processes. 5. Ability to independently solve problems from statics, dynamics and fluid transport, fluid flow through a porous medium, filtration, etc. mechanical operations.
Name | Lectures | Exercises | Laboratory |
---|---|---|---|
MILENA TADIĆ | 3x1 4B+6S+22P | 3x1 4B+6S+22P |