Shuttle airbreathing propulsion
Requirements analysis of airbreathing gas turbine engines for shuttle vehicles
Glassman, A. J.↗
Engineering topics
Stewart, W. L.
Publications and source records attributed to Stewart, W. L..
Advanced concepts to increase turbine blade loading.
Turbine blade loading in terms of surface diffusion and loading factors, discussing tandem and jet flap blades and vortex generators
Glassman, A. J.↗
Turbojet and turbofan cycle considerations and engine configurations for application in lightweight aircraft
Cycle characteristics and structural configuration of turbojet and turbofan engines for lightweight aircraft
Roelke, R. J.↗
Pivoted-pad journal gas-bearing performance in exploratory operation of Brayton cycle turbocompressor.
Pivoted pad journal gas bearing performance from experimental study of Brayton cycle turbocompressor designed for space power system
Rohlik, H. E.↗
Analysis of fan-turbine efficiency characteristics in terms of size and stage number
Relationship between fan drive turbine geometry and output efficiency of turbofan engine
Glassman, A. J.↗
Pivoted-pad journal gas bearing performance in exploratory operation of Brayton cycle turbocompressor
Pivoted pad gas bearing performance in exploratory operation of Brayton cycle turbocompressor
Rohlik, H. E.↗
Brayton cycle alternator-drive turbine aerodynamic study
Brayton cycle alternator drive turbine aerodynamics
Kofskey, M. G.↗
Advanced concepts to increase turbine blade loading
Surface diffusion and loading effectiveness parameters examined to increase turbine blade loading
Glassman, A. J.↗
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.↗
Brayton cycle systems
Gas turbine engine principles, performance improvements, and application to electric power generation based on NASA technology
Benser, W. A.↗
Use of similarity parameters for examination of geometry characteristics of high-expansion- ratio axial-flow turbines
Similarity parameters used for examining geometry characteristics of axial flow turbines with high expansion ratio
Glassman, A. J.↗
Examination of axial-flow turbine blade-loading characteristics using diffusion parameters.
Axial flow turbine blade loading using surface diffusion parameters, determining solidity
Glassman, A. J.↗
Multistage multiple-reentry turbine Patent
Multistage multiple reentry axial flow reaction turbine with reverse flow reentry ducting
Evans, D. G.↗
Study of nasa and naca single-stage axial flow turbine performance as related to reynolds number and geometry.
Reynolds number and turbine geometry effects on performance of single stage axial flow turbines
REYNOLDS NUMBER EFFECT↗
Electric power generation
Electric power generation for space vehicles - batteries, solar cells, thermoelectric converters, magnetohydrodynamic converters, fuel cells, and thermionic converters
POWER GENERATOR↗
THE BRAYTON CYCLE FOR SPACE POWER
Suitability of the brayton cycle for low power solar and intermediate power nuclear applications for spacecraft power supplies
POWER GENERATOR↗
Multistage multiple-reentry turbine Patent
Multistage, multiple reentry, single rotor, axial flow turbine
Evans, D. G.↗
Use of fundamental boundary layer parameters in describing turbine loss characteristics
Explore the source record for details and available documents.
Stewart, W. L.↗