The aerodynamic performance of the compressor-drive turbine of the DOE baseline gas-turbine engine was determined over a range of pressure ratios and speeds. In addition, static pressures were measured in the diffusing transition duct located immediately downstream of the turbine. Results are presented in terms of mass flow, torque, specific work, and efficiency for the turbine and in terms of pressure recovery and effectiveness for the transition duct
Cold-air tests to determine performance characteristics of single-stage turbine with stator blades e...
Radial-inflow turbine performance with exit diffusers designed for linear static-pressure variatio
An 8.00-in mean diameter two-stage turbine was investigated over a range of speeds from 0 to 110 per...
The aerodynamic performance of the inlet manifold and stator assembly of the compressor drive turbin...
The aerodynamic performance of a redesigned compressor drive turbine of the gas turbine engine is de...
The aerodynamic performance of the compressor-drive turbine of the DOE upgraded gas turbine engine w...
A single-stage axial-flow turbine was investigated to determine the effect of increased stator throa...
A solid blade version of a single-stage, axial-flow turbine was investigated to determine its perfor...
"October 1982"--Vol. II."Lewis Research Center.""June 1981"--Vol. I."AVRADCOM Research and Technolog...
Partial admission performance was obtained for a 0.4 linear scale version of the LF460 lift fan turb...
An experimental investigation of a highly loaded two-stage turbine with a downstream stator revealed...
Cold air tests on axial flow turbine with transpiration cooled discrete hole stator blades to determ...
The design of a single stage axial-flow turbine with a tip diameter of 11.15 cm is presented. The de...
Performance was obtained over a range of speeds and pressure ratios for a 0.4 linear scale version o...
An air cooled version of a single-stage, axial-flow turbine was investigated to determine aerodynami...
Cold-air tests to determine performance characteristics of single-stage turbine with stator blades e...
Radial-inflow turbine performance with exit diffusers designed for linear static-pressure variatio
An 8.00-in mean diameter two-stage turbine was investigated over a range of speeds from 0 to 110 per...
The aerodynamic performance of the inlet manifold and stator assembly of the compressor drive turbin...
The aerodynamic performance of a redesigned compressor drive turbine of the gas turbine engine is de...
The aerodynamic performance of the compressor-drive turbine of the DOE upgraded gas turbine engine w...
A single-stage axial-flow turbine was investigated to determine the effect of increased stator throa...
A solid blade version of a single-stage, axial-flow turbine was investigated to determine its perfor...
"October 1982"--Vol. II."Lewis Research Center.""June 1981"--Vol. I."AVRADCOM Research and Technolog...
Partial admission performance was obtained for a 0.4 linear scale version of the LF460 lift fan turb...
An experimental investigation of a highly loaded two-stage turbine with a downstream stator revealed...
Cold air tests on axial flow turbine with transpiration cooled discrete hole stator blades to determ...
The design of a single stage axial-flow turbine with a tip diameter of 11.15 cm is presented. The de...
Performance was obtained over a range of speeds and pressure ratios for a 0.4 linear scale version o...
An air cooled version of a single-stage, axial-flow turbine was investigated to determine aerodynami...
Cold-air tests to determine performance characteristics of single-stage turbine with stator blades e...
Radial-inflow turbine performance with exit diffusers designed for linear static-pressure variatio
An 8.00-in mean diameter two-stage turbine was investigated over a range of speeds from 0 to 110 per...