Aerodynamic evaluation of two-stage axial flow turbine designed for Brayton-cycle space power system
Experimental design and performance test of two-stage axial-flow turbine designed for Brayton-cycle space power system
Kofskey, M. G.↗
Engineering topics
Kofskey, M. G.
Publications and source records attributed to Kofskey, M. G..
Performance evaluation of a two stage axial-flow turbine for two values of tip clearance
Performance of two-stage axial flow turbine operating at different rotor tip clearance
Kofskey, M. G.↗
Brayton cycle alternator-drive turbine aerodynamic study
Brayton cycle alternator drive turbine aerodynamics
Kofskey, M. G.↗
Brayton cycle alternator-drive turbine aerodynamic study.
Aerodynamic characteristics of two stage turbine for alternator drive in two shaft Brayton cycle space power system, measuring efficiency variations
Kofskey, M. G.↗
Summary of NASA radial turbine research related to Brayton cycle space power systems.
NASA radial flow turbine research related to Brayton cycle power generator, investigating size, Reynolds number and speed effects on efficiency and flow
POWER GENERATOR↗
Summary of NASA radial turbine research related to Brayton cycle space power systems
Radial flow turbines as related to Brayton cycle space power systems
Katsanis, T.↗
Experimental performance evaluation of a radial-inflow turbine over a range of specific speeds
Radial-inflow turbine performance over range of specific speeds
TURBINE↗
Cold performance evaluation of a 4.59-inch radial-inflow turbine designed for a Brayton- cycle space power system
Cold performance characteristics of small radial inflow turbine designed for Brayton cycle power system
GAS TURBINE↗
Cold performance evaluation of a 6.02-inch radial inflow turbine designed for a 10-kilowatt shaft output Brayton cycle space power generation system
Cold argon and air performance of 6.02 inch radial inflow turbine designed for 10 kilowatt shaft output Brayton cycle space power generation system
POWER GENERATOR↗
SECONDARY-FLOW PHENOMENA IN STATOR AND ROTOR-BLADE ROWS AND THEIR EFFECT ON TURBINE PERFORMANCE
Secondary-flow phenomena in stator and rotor-blade rows and their effect on turbine performance
ROTOR BLADE↗
Performance evaluation of a two-stage turbine designed for a ratio of blade speed to jet speed of 0.146
Efficiency evaluation of two-stage turbine with low ratio of blade to jet speed suitable for bleed-type high energy liquid rocket applications
TURBINE BLADE↗