A brief description of the radial turbine and its analysis needs is followed by discussions of five analytical areas; design geometry and performance, off design performance, blade row flow, scroll flow, and duct flow. The functions of the programs, areas of applicability, and limitations and uncertainties are emphasized. Both past contributions and current activities are discussed
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991....
A steady, three dimensional Navier-Stokes average passage computer code is used to analyze the flow ...
Recent trends in turbine aerodynamics are summarized. Areas discussed include cooled turbine aerodyn...
The field of radial turbines is wide and radial turbines of today find applications inareas as diver...
Modeling enhancements made to a radial-inflow turbine conceptual design code are documented in this ...
Design charts were prepared for the selection of turbine geometry corresponding to maximum turbine e...
Off design aerodynamic performance of the solid version of a cooled radial inflow turbine is analyze...
An experimental aerodynamic evaluation of three compact radial turbine builds was performed. Two rot...
A cursory review is presented of some of the recent work that has been done in turbine aerodynamic r...
Application of a quasi-3D approach to the aerodynamic analysis of several radial turbine configurati...
Radial-inflow turbines (RI turbines) are critical components of air cycle machines (ACM), utilized i...
This report summarizes some NASA Lewis (i.e., government owned) computer codes capable of being used...
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...
An analysis of flow through a radial turbine rotor using the three-dimensional, thin-layer Navier-St...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991....
A steady, three dimensional Navier-Stokes average passage computer code is used to analyze the flow ...
Recent trends in turbine aerodynamics are summarized. Areas discussed include cooled turbine aerodyn...
The field of radial turbines is wide and radial turbines of today find applications inareas as diver...
Modeling enhancements made to a radial-inflow turbine conceptual design code are documented in this ...
Design charts were prepared for the selection of turbine geometry corresponding to maximum turbine e...
Off design aerodynamic performance of the solid version of a cooled radial inflow turbine is analyze...
An experimental aerodynamic evaluation of three compact radial turbine builds was performed. Two rot...
A cursory review is presented of some of the recent work that has been done in turbine aerodynamic r...
Application of a quasi-3D approach to the aerodynamic analysis of several radial turbine configurati...
Radial-inflow turbines (RI turbines) are critical components of air cycle machines (ACM), utilized i...
This report summarizes some NASA Lewis (i.e., government owned) computer codes capable of being used...
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...
An analysis of flow through a radial turbine rotor using the three-dimensional, thin-layer Navier-St...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991....
A steady, three dimensional Navier-Stokes average passage computer code is used to analyze the flow ...
Recent trends in turbine aerodynamics are summarized. Areas discussed include cooled turbine aerodyn...