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.↗
Engineering topics
Glassman, A. J.
Publications and source records attributed to 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.↗
Computer program for thermodynamic performance of Brayton-cycle space-power systems
Computer program for calculating thermodynamic performance of Brayton cycle space power systems
SPACECRAFT POWER SUPPLY↗
Effect of turbine-coolant flow on Brayton- cycle space-power system thermodynamic performance
Turbine-coolant flow effects on thermodynamic performance of Brayton cycle space power system
THERMODYNAMIC EFFICIENCY↗
Thermodynamic and turbomachinery concepts for radioisotope and reactor brayton-cycle space power systems
Thermodynamic and turbomachinery concepts for low power radioisotope and intermediate power reactor Brayton cycle systems - examination of intercooling and reheating effects
TURBOMACHINE↗
Alkali-metal turbine geometry as affected by blade-speed limitations
Alkali metal turbine design limitation imposed by blade velocity
TURBINE BLADE↗
Brayton cycle nuclear space power systems and their heat transfer components.
Brayton cycle nuclear space power systems and heat transfer components
NUCLEAR POWER PLANT↗
Summary of brayton cycle analytical studies for space-power system applications
Brayton cycle space power systems analysis
SYSTEMS ANALYSIS↗
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↗
A LOOK AT THE THERMODYNAMIC CHARACTERISTICS OF BRAYTON CYCLES FOR SPACE POWER
Investigation of the thermodynamic characteristics of brayton cycles for space application, emphasizing system performance and a set of cycle temperatures
BRAYTON CYCLE↗