Add to ORKGThree stator configurations were studied to determine the effect of stator outer endwall contouring on stator performance. One configuration was a cylindrical stator design. One contoured stator configuration had an S-shaped outer endwall, the other had a conical-convergent outer endwall. The experimental investigation consisted of annular surveys of stator exit total pressure and flow angle for each stator configuration over a range of stator pressure ratio. Radial variations in stator loss and aftermixed flow conditions were obtained when these data were compared with the analytical results to assess the validity of the analysis, good agreement was found
Non-axisymmetric endwalls in turbine stages have shown to be a robust method to improve the performa...
Stream-filament analysis procedure and correlation of total pressure loss coefficients to form basis...
Complex vortical secondary flows that are present near the endwall of an axial gas turbine blade are...
An experimental and analytical investigation was conducted to determine the effect of stator endwall...
The interaction of secondary flow with the main passage flow results in entropy generation; this acc...
STAR category 07."September 1984"--Cover.Distributed to depository libraries in microfiche.Includes ...
The interaction of secondary flows with the main passage flow in turbomachines results in entropy ge...
This thesis describes investigations into the use of a technique for improving the efficiency of axi...
This review indicates the possible future directions for research on endwall flows in axial flow com...
A series of experimental studies were conducted in order to investigate the generation and growth of...
A semivaneless turbine stator designed to eliminate blade wakes and secondary-flow accumulations of ...
The interaction of secondary flows with the main passage flow in turbomachines generates entropy and...
Improvements in stage isentropic efficiency and reductions in total pressure loss are sought in a 1....
A single-stage axial-flow turbine was investigated to determine the effect of increased stator throa...
July 1981Includes bibliographical references (page 29)An experiment was carried out to examine the e...
Non-axisymmetric endwalls in turbine stages have shown to be a robust method to improve the performa...
Stream-filament analysis procedure and correlation of total pressure loss coefficients to form basis...
Complex vortical secondary flows that are present near the endwall of an axial gas turbine blade are...
An experimental and analytical investigation was conducted to determine the effect of stator endwall...
The interaction of secondary flow with the main passage flow results in entropy generation; this acc...
STAR category 07."September 1984"--Cover.Distributed to depository libraries in microfiche.Includes ...
The interaction of secondary flows with the main passage flow in turbomachines results in entropy ge...
This thesis describes investigations into the use of a technique for improving the efficiency of axi...
This review indicates the possible future directions for research on endwall flows in axial flow com...
A series of experimental studies were conducted in order to investigate the generation and growth of...
A semivaneless turbine stator designed to eliminate blade wakes and secondary-flow accumulations of ...
The interaction of secondary flows with the main passage flow in turbomachines generates entropy and...
Improvements in stage isentropic efficiency and reductions in total pressure loss are sought in a 1....
A single-stage axial-flow turbine was investigated to determine the effect of increased stator throa...
July 1981Includes bibliographical references (page 29)An experiment was carried out to examine the e...
Non-axisymmetric endwalls in turbine stages have shown to be a robust method to improve the performa...
Stream-filament analysis procedure and correlation of total pressure loss coefficients to form basis...
Complex vortical secondary flows that are present near the endwall of an axial gas turbine blade are...