1. Basic connections from thermomechanics and hydromechanics to power machines for ecologization.
2. Categorization of power machines, exergetic evaluation and basic concepts of the issue.
3. Positive displacement compressors with emphasis on piston machines used for ecologization (basic characteristics and description, marking, division, ideal machine, actual machine, flow performance, p-v diagrams, T-s diagram).
4. Positive displacement compressors with emphasis on piston machines used for ecologization (basic characteristics and description, division, shock compression and shock expansion).
5. Measurement and regulation of the pressure and the flow performance of positive displacement compressors used for ecologization (energy characteristics, operation point, forms of regulation).
6. Dynamic flow machines for ecologization - gas and vapour flow through nozzles (conical nozzle, Laval nozzle, nozzle characteristics, nozzle type selection, Hugoniot's theorem, velocity and pressure diagrams, ideal and actual i-s diagrams, practical applications).
7. Dynamic flow machines for greening - ejectors and injectors (basic characteristics and description, main parts, working process and velocity and pressure diagrams, ideal and actual i-s diagram, practical applications).
8. Dynamic bladed machines for ecologization (basic characteristics and terminology, division, energy transformation, Euler equation and its forms).
9. Dynamic bladed machines for ecologization - Radial machines with emphasis on turbocompressors (basic characteristics and description, division, ideal machine, actual machine, i-s diagrams of compression curves, shapes of blades and velocity triangles).
10. Dynamic bladed machines for ecologization - Axial machines with emphasis on turbocompressors (basic characteristics and description, division, ideal machine, actual machine, i-s diagrams of compression curves, 2D-planar bladed grid).
11. Dynamic bladed machines for ecologization - Fans (basic characteristics, division).
12. Dynamic bladed machines for ecologization - Dynamic pumps (basic characteristics and description, division, pumping station terminology, energy transformation, energy characteristics).
13. Measurement and regulation of the pressure and the flow performance of dynamic power machines used for ecologization (energy characteristics, operation point, forms of regulation, pumping).
14. Parallel and serial cooperation of power machines for ecologization.
2. Categorization of power machines, exergetic evaluation and basic concepts of the issue.
3. Positive displacement compressors with emphasis on piston machines used for ecologization (basic characteristics and description, marking, division, ideal machine, actual machine, flow performance, p-v diagrams, T-s diagram).
4. Positive displacement compressors with emphasis on piston machines used for ecologization (basic characteristics and description, division, shock compression and shock expansion).
5. Measurement and regulation of the pressure and the flow performance of positive displacement compressors used for ecologization (energy characteristics, operation point, forms of regulation).
6. Dynamic flow machines for ecologization - gas and vapour flow through nozzles (conical nozzle, Laval nozzle, nozzle characteristics, nozzle type selection, Hugoniot's theorem, velocity and pressure diagrams, ideal and actual i-s diagrams, practical applications).
7. Dynamic flow machines for greening - ejectors and injectors (basic characteristics and description, main parts, working process and velocity and pressure diagrams, ideal and actual i-s diagram, practical applications).
8. Dynamic bladed machines for ecologization (basic characteristics and terminology, division, energy transformation, Euler equation and its forms).
9. Dynamic bladed machines for ecologization - Radial machines with emphasis on turbocompressors (basic characteristics and description, division, ideal machine, actual machine, i-s diagrams of compression curves, shapes of blades and velocity triangles).
10. Dynamic bladed machines for ecologization - Axial machines with emphasis on turbocompressors (basic characteristics and description, division, ideal machine, actual machine, i-s diagrams of compression curves, 2D-planar bladed grid).
11. Dynamic bladed machines for ecologization - Fans (basic characteristics, division).
12. Dynamic bladed machines for ecologization - Dynamic pumps (basic characteristics and description, division, pumping station terminology, energy transformation, energy characteristics).
13. Measurement and regulation of the pressure and the flow performance of dynamic power machines used for ecologization (energy characteristics, operation point, forms of regulation, pumping).
14. Parallel and serial cooperation of power machines for ecologization.