Efficiency of Power Machines, Direct and Comparative, ...
Flow of gases, vapors and liquids through nozzles.
Current devices.
Energy transformation in radial, axial or diagonal turbocompressor stages.
Dimensional characteristics describing flow in dynamic machine stages.
The importance of the shape of the impeller blades for the construction of turbocompressors.
Basic parameters of blade grilles.
Hydrodynamic pumps
Energy characteristics of turbochargers and hydrodynamic pumps.
Regulation of turbocompressors and hydrodynamic pumps performance.
Possibilities of increasing the efficiency of steam circulation.
Reaction, action and speed of axial steam turbines (APT) - theory of flow and energy transformation.
Turbine power control.
Radial steam turbines
Flow of gases, vapors and liquids through nozzles.
Current devices.
Energy transformation in radial, axial or diagonal turbocompressor stages.
Dimensional characteristics describing flow in dynamic machine stages.
The importance of the shape of the impeller blades for the construction of turbocompressors.
Basic parameters of blade grilles.
Hydrodynamic pumps
Energy characteristics of turbochargers and hydrodynamic pumps.
Regulation of turbocompressors and hydrodynamic pumps performance.
Possibilities of increasing the efficiency of steam circulation.
Reaction, action and speed of axial steam turbines (APT) - theory of flow and energy transformation.
Turbine power control.
Radial steam turbines