Program of the subject for individual weeks (blocks):
1. Energy transfer, types of energy, energy transfer efficiency, modeling and identification, hydraulic and pneumatic circuits, solution methods, software
2. Resistance to movement, friction resistance, pressure drop and static pipeline characteristics, vertical piping model, calculation of hydraulic characteristics in Matlab-Simulink-Simscape
3. Local resistances (elbow, orifice, valve, tap), orifice calibration curve, static characteristic of fluid elements with local losses
4. Measurement of static characteristics of pipelines, local losses, determination of resistance
5. Valve control, local resistance in a tire, calculation of characteristics in a tire in Matlab-Simulink-Simscape
6. Pump, pump characteristics, pump shifting, suction,
7. Continuous flow, resistance to motion, resistance to acceleration, resistance to deformation and capacity, marking of hydraulic and pneumatic resistors, simulation of dynamic characteristics in Matlab
8. Mathematical model of liquid column, T-cell, segmented piping - Matlab
9. Experimental and mathematical modeling of hydraulic shock
10 Influence of air in liquid on elastic modulus and dynamics of hydraulic circuit
11. Accumulator and aerator - mathematical model, definition,
12. Pneumomotors and hydraulic motors - mathematical models
13. Transmission, Laplace and Fourier transform, system stability, physical importance of first and second order transmission, Matlab modeling.
14. Consultation of individual programs, presentation
1. Energy transfer, types of energy, energy transfer efficiency, modeling and identification, hydraulic and pneumatic circuits, solution methods, software
2. Resistance to movement, friction resistance, pressure drop and static pipeline characteristics, vertical piping model, calculation of hydraulic characteristics in Matlab-Simulink-Simscape
3. Local resistances (elbow, orifice, valve, tap), orifice calibration curve, static characteristic of fluid elements with local losses
4. Measurement of static characteristics of pipelines, local losses, determination of resistance
5. Valve control, local resistance in a tire, calculation of characteristics in a tire in Matlab-Simulink-Simscape
6. Pump, pump characteristics, pump shifting, suction,
7. Continuous flow, resistance to motion, resistance to acceleration, resistance to deformation and capacity, marking of hydraulic and pneumatic resistors, simulation of dynamic characteristics in Matlab
8. Mathematical model of liquid column, T-cell, segmented piping - Matlab
9. Experimental and mathematical modeling of hydraulic shock
10 Influence of air in liquid on elastic modulus and dynamics of hydraulic circuit
11. Accumulator and aerator - mathematical model, definition,
12. Pneumomotors and hydraulic motors - mathematical models
13. Transmission, Laplace and Fourier transform, system stability, physical importance of first and second order transmission, Matlab modeling.
14. Consultation of individual programs, presentation