Modeling enhancements made to a radial-inflow turbine conceptual design code are documented in this report. A stator-endwall clearance-flow model was added for use with pivoting vanes. The rotor calculations were modified to account for swept blades and splitter blades. Stator and rotor trailing-edge losses and a vaneless-space loss were added to the loss model. Changes were made to the disk-friction and rotor-clearance loss calculations. The loss model was then calibrated based on experimental turbine performance. A complete description of code input and output along with sample cases are included in the report
Two 14.4 inch tip diameter rotors were installed and tested in the Small Engines Component Turbine F...
A theoretical model is developed to predict losses in radial inflow turbine nozzles. The analysis is...
This thesis describes a series of experime~taland numerical investigations into the aerodynamic perf...
A brief description of the radial turbine and its analysis needs is followed by discussions of five ...
A computer program written in FORTRAN that may be used for the design analysis of radial-inflow turb...
The three-dimensional inviscid DENTON code is used to analyze flow through a radial-inflow turbine r...
Design charts were prepared for the selection of turbine geometry corresponding to maximum turbine e...
Radial-inflow turbines (RI turbines) are critical components of air cycle machines (ACM), utilized i...
A steady, three dimensional Navier-Stokes average passage computer code is used to analyze the flow ...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1993.In...
Off design aerodynamic performance of the solid version of a cooled radial inflow turbine is analyze...
An off-design performance loss model was developed for variable stator (pivoted vane), radial turbin...
An analysis of flow through a radial turbine rotor using the three-dimensional, thin-layer Navier-St...
Experimental results of varying blade shroud clearance in 6.02 inch radial inflow turbin
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991....
Two 14.4 inch tip diameter rotors were installed and tested in the Small Engines Component Turbine F...
A theoretical model is developed to predict losses in radial inflow turbine nozzles. The analysis is...
This thesis describes a series of experime~taland numerical investigations into the aerodynamic perf...
A brief description of the radial turbine and its analysis needs is followed by discussions of five ...
A computer program written in FORTRAN that may be used for the design analysis of radial-inflow turb...
The three-dimensional inviscid DENTON code is used to analyze flow through a radial-inflow turbine r...
Design charts were prepared for the selection of turbine geometry corresponding to maximum turbine e...
Radial-inflow turbines (RI turbines) are critical components of air cycle machines (ACM), utilized i...
A steady, three dimensional Navier-Stokes average passage computer code is used to analyze the flow ...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1993.In...
Off design aerodynamic performance of the solid version of a cooled radial inflow turbine is analyze...
An off-design performance loss model was developed for variable stator (pivoted vane), radial turbin...
An analysis of flow through a radial turbine rotor using the three-dimensional, thin-layer Navier-St...
Experimental results of varying blade shroud clearance in 6.02 inch radial inflow turbin
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991....
Two 14.4 inch tip diameter rotors were installed and tested in the Small Engines Component Turbine F...
A theoretical model is developed to predict losses in radial inflow turbine nozzles. The analysis is...
This thesis describes a series of experime~taland numerical investigations into the aerodynamic perf...