Tests were conducted on a 0.5 hub/tip ratio, single-stage fan-compressor designed to produce a pressure ratio of 2.285 an efficiency of 84 percent with a rotor tip speed of 1800 feet per second. A peak efficiency of 82 percent was achieved by the stage at a stall margin of 6.5 percent. Tests showed that stall-limit line was slightly sensitive to tip-radial distortion, but stall-line improvements were noted when the stage was subjected to circumferential and hub-radial flow distortions. Rotor blade passage and trailing edge shock positions were inferred from static pressure contours over the rotor tips
Stator setting angle optimization tests were conducted on a two-stage fan to improve efficiency at o...
A 0.5 hub/tip radius ratio compressor stage consisting of a 1500 ft/sec tip speed rotor, a variable ...
Evaluation of range and distortion tolerance for high Mach number transonic fan stages - Vol.
A single stage fan with a tip speed of 1800 ft/sec (548.6m/sec) and hub/tip ratio of 0.5 was designe...
A two stage fan with a 1st-stage rotor design tip speed of 1450 ft/sec, a design pressure ratio of 2...
A transonic compressor stage designed for a reduced loading in the tip region of the rotor blades wa...
Tests were conducted on a high-tip-speed low-loading transonic fan stage to determine the performanc...
Computer output tables for performance tests of single stage, transonic compressor for advanced airc...
A high-tip-speed, low-loading transonic fan stage was designed to deliver an overall pressure ratio ...
Performance data for high tip speed compressor rotor operated with radial and inlet airflow distorti...
A two-stage fan with a first rotor tip speed of 1450 ft/sec (441.96 m/sec) and no inlet guide vanes ...
Test description and results for high Mach number transonic fan stages to determine range and distor...
Performance was obtained for a 50-cm-diameter compressor designed for a high weight flow per unit an...
The overall and blade-element performances are presented over the stable flow operating range of the...
Tests were conducted on a high-tip-speed, low-loading transonic fan stage to determine the performan...
Stator setting angle optimization tests were conducted on a two-stage fan to improve efficiency at o...
A 0.5 hub/tip radius ratio compressor stage consisting of a 1500 ft/sec tip speed rotor, a variable ...
Evaluation of range and distortion tolerance for high Mach number transonic fan stages - Vol.
A single stage fan with a tip speed of 1800 ft/sec (548.6m/sec) and hub/tip ratio of 0.5 was designe...
A two stage fan with a 1st-stage rotor design tip speed of 1450 ft/sec, a design pressure ratio of 2...
A transonic compressor stage designed for a reduced loading in the tip region of the rotor blades wa...
Tests were conducted on a high-tip-speed low-loading transonic fan stage to determine the performanc...
Computer output tables for performance tests of single stage, transonic compressor for advanced airc...
A high-tip-speed, low-loading transonic fan stage was designed to deliver an overall pressure ratio ...
Performance data for high tip speed compressor rotor operated with radial and inlet airflow distorti...
A two-stage fan with a first rotor tip speed of 1450 ft/sec (441.96 m/sec) and no inlet guide vanes ...
Test description and results for high Mach number transonic fan stages to determine range and distor...
Performance was obtained for a 50-cm-diameter compressor designed for a high weight flow per unit an...
The overall and blade-element performances are presented over the stable flow operating range of the...
Tests were conducted on a high-tip-speed, low-loading transonic fan stage to determine the performan...
Stator setting angle optimization tests were conducted on a two-stage fan to improve efficiency at o...
A 0.5 hub/tip radius ratio compressor stage consisting of a 1500 ft/sec tip speed rotor, a variable ...
Evaluation of range and distortion tolerance for high Mach number transonic fan stages - Vol.