In an axial turbine, the working fluid flows parallel to the shaft axis . It moves through alternating rows of stationary blades (stators/vanes) and rotating blades (rotors) without significantly changing its radial distance from the center of the shaft.
In a radial-inflow turbine, the working fluid enters the turbine wheel , moving radially inward toward the center. The flow path is akin to a reverse centrifugal compressor. After the fluid imparts its energy to the rotor, it typically turns and exits axially.
One of the most valuable sections in Moustapha’s 2021 PDF is a quantitative selection chart based on dimensionless parameters.
Applications: Common in automotive turbochargers, small gas turbines (APUs), and cryogenic expansion processes. Key Insights from Hany Moustapha’s Research
In an axial turbine, the working fluid flows parallel to the shaft axis . It moves through alternating rows of stationary blades (stators/vanes) and rotating blades (rotors) without significantly changing its radial distance from the center of the shaft.
In a radial-inflow turbine, the working fluid enters the turbine wheel , moving radially inward toward the center. The flow path is akin to a reverse centrifugal compressor. After the fluid imparts its energy to the rotor, it typically turns and exits axially. axial and radial turbines by hany moustaphapdf 2021
One of the most valuable sections in Moustapha’s 2021 PDF is a quantitative selection chart based on dimensionless parameters. In an axial turbine, the working fluid flows
Applications: Common in automotive turbochargers, small gas turbines (APUs), and cryogenic expansion processes. Key Insights from Hany Moustapha’s Research In an axial turbine