The performance of the first stage of a transonic, multistage compressor was mapped over a range of inlet-guide-vane and stator-blade settings. Both stall-free and deep-stall performance data were obtained. For the settings tested, as stall was encountered and flow was further reduced, a relatively sharp drop in pressure ratio occurred and was followed by a continuing but more gradual reduction in pressure ratio with reduced flow. The position of the stall line on the map of pressure ratio against equivalent weight flow was essentially unaffected over the range of inlet-guide-vane and stator-blade settings
A 50-centimeter-diameter axial-flow transonic compressor stage with multiple-circular-arc blades was...
The overall and blade-element performance of a transonic compressor stage with a tip solidity of 1.5...
Originally presented as the first author's thesis, M.S. in the M.I.T. Dept. of Mechanical Engineerin...
The overall and blade-element performances are presented over the stable flow operating range of the...
The overall and blade-element performances of a low-aspect-ratio transonic compressor stage are pres...
The overall and blade-element performance of a transonic compressor stage is presented over the stab...
The overall and blade-element performance of a transonic compressor stage is presented over the stab...
The stall-limit line at low speeds was improved somewhat by closing the inlet guide vanes 6 deg, whi...
A 50-cm-diam. axial-flow transonic compressor stage with multiple-circular-arc blades was designed a...
An inlet stage of a transonic compressor was tested with three rotor tip casing treatment configurat...
For use in computing the detailed performance parameters of individual blade rows of a multistage co...
The over-all performance of a 16-stage axial-flow compressor was determined with various stator-blad...
The overall and blade-element performance of a transonic compressor stage is presented over the stab...
The overall and blade-element performance of a low-aspect-ratio transonic compressor stage is presen...
The design and experimental performance of a 50-centimeter-diameter, single stage, axial flow, trans...
A 50-centimeter-diameter axial-flow transonic compressor stage with multiple-circular-arc blades was...
The overall and blade-element performance of a transonic compressor stage with a tip solidity of 1.5...
Originally presented as the first author's thesis, M.S. in the M.I.T. Dept. of Mechanical Engineerin...
The overall and blade-element performances are presented over the stable flow operating range of the...
The overall and blade-element performances of a low-aspect-ratio transonic compressor stage are pres...
The overall and blade-element performance of a transonic compressor stage is presented over the stab...
The overall and blade-element performance of a transonic compressor stage is presented over the stab...
The stall-limit line at low speeds was improved somewhat by closing the inlet guide vanes 6 deg, whi...
A 50-cm-diam. axial-flow transonic compressor stage with multiple-circular-arc blades was designed a...
An inlet stage of a transonic compressor was tested with three rotor tip casing treatment configurat...
For use in computing the detailed performance parameters of individual blade rows of a multistage co...
The over-all performance of a 16-stage axial-flow compressor was determined with various stator-blad...
The overall and blade-element performance of a transonic compressor stage is presented over the stab...
The overall and blade-element performance of a low-aspect-ratio transonic compressor stage is presen...
The design and experimental performance of a 50-centimeter-diameter, single stage, axial flow, trans...
A 50-centimeter-diameter axial-flow transonic compressor stage with multiple-circular-arc blades was...
The overall and blade-element performance of a transonic compressor stage with a tip solidity of 1.5...
Originally presented as the first author's thesis, M.S. in the M.I.T. Dept. of Mechanical Engineerin...