1. Fluid mechanism: definition, composition, division, function.
Hydraulic circuit: structure, function diagrams. Graphical elements of the brand.
Pneumatic circuit: structure, function diagrams. Graphical elements of the brand.
2. The basic hydraulic circuits: syntax, examples of practical applications.
3. Working fluids for hydraulic circuits: types, properties, applications.
4. Fundamentals of the theory of hydrostatic circuits: computation of the hydraulic circuit steady state.
5. Hydrostatic converters: definitions, distribution, characteristic parameters and their mutual relations. Efficiency. Static characteristics.
6. Hydrostatic rotary converters: design, function, parameters, characteristics, applications. Control of the geometric volume of hydrostatic
converters.
7. Rocking motors. Linear motors. Seals in hydraulics. Multipliers pressure. Hydraulic units.
8. Distributors, one-way valves, controlled one-way valves, two-way hydraulic lock, stop valves.
9. Choke. Control of variable resistance. Flow control valves. Pressure valves.
10. Hydraulic accumulators and their use in circuits. Filters and Filtration liquids.
11. Proportional technology. Servo technology.
12. Track Drive. Pneumatic actuators and pneumatic control systems.
13. Starting and stopping power. Volume control. Hydrostatic transmission. Applications. Thermal balance of the hydraulic system and cooling design.
Hydraulic circuit: structure, function diagrams. Graphical elements of the brand.
Pneumatic circuit: structure, function diagrams. Graphical elements of the brand.
2. The basic hydraulic circuits: syntax, examples of practical applications.
3. Working fluids for hydraulic circuits: types, properties, applications.
4. Fundamentals of the theory of hydrostatic circuits: computation of the hydraulic circuit steady state.
5. Hydrostatic converters: definitions, distribution, characteristic parameters and their mutual relations. Efficiency. Static characteristics.
6. Hydrostatic rotary converters: design, function, parameters, characteristics, applications. Control of the geometric volume of hydrostatic
converters.
7. Rocking motors. Linear motors. Seals in hydraulics. Multipliers pressure. Hydraulic units.
8. Distributors, one-way valves, controlled one-way valves, two-way hydraulic lock, stop valves.
9. Choke. Control of variable resistance. Flow control valves. Pressure valves.
10. Hydraulic accumulators and their use in circuits. Filters and Filtration liquids.
11. Proportional technology. Servo technology.
12. Track Drive. Pneumatic actuators and pneumatic control systems.
13. Starting and stopping power. Volume control. Hydrostatic transmission. Applications. Thermal balance of the hydraulic system and cooling design.