Add to ORKGDesign and characteristics of radial inflow turbine stage for use as an alternative to stage of Brayton cycle turbo-alternator compressor uni
A comprehensive analysis and conceptual design study of the turboalternator-compressor components wa...
A brief description of the radial turbine and its analysis needs is followed by discussions of five ...
Axial running clearance effect on efficiency and mass flow rate of Brayton cycle radial inflow turbi...
Brayton cycle compressor research package for testing aerodynamic performance of Brayton cycle compr...
The Brayton rotating unit (BRU), operating on a gas bearing system, has been designed, fabricated, a...
Efficiency estimates of turbine and compressor components of Brayton rotating unit during hot closed...
Two-stage, axial flow turbine test rig for providing cold flow aerodynamic performance data on Brayt...
The advancement of small, cooled, radial inflow turbine technology in the area of operation at highe...
Cold argon and air performance of 6.02 inch radial inflow turbine designed for 10 kilowatt shaft out...
Design charts were prepared for the selection of turbine geometry corresponding to maximum turbine e...
Advanced aerodynamic design and specifications of high efficiency Brayton cycle compressor for monat...
Performance of single stage, axial flow turbine designed for Brayton cycle space power syste
Performance of two stage axial flow turbogenerator with gas bearing rotor support syste
A comprehensive analysis and conceptual design study of the turboalternator-compressor components us...
Radial inflow turbine performance with exit diffuser designed for linear static pressure variatio
A comprehensive analysis and conceptual design study of the turboalternator-compressor components wa...
A brief description of the radial turbine and its analysis needs is followed by discussions of five ...
Axial running clearance effect on efficiency and mass flow rate of Brayton cycle radial inflow turbi...
Brayton cycle compressor research package for testing aerodynamic performance of Brayton cycle compr...
The Brayton rotating unit (BRU), operating on a gas bearing system, has been designed, fabricated, a...
Efficiency estimates of turbine and compressor components of Brayton rotating unit during hot closed...
Two-stage, axial flow turbine test rig for providing cold flow aerodynamic performance data on Brayt...
The advancement of small, cooled, radial inflow turbine technology in the area of operation at highe...
Cold argon and air performance of 6.02 inch radial inflow turbine designed for 10 kilowatt shaft out...
Design charts were prepared for the selection of turbine geometry corresponding to maximum turbine e...
Advanced aerodynamic design and specifications of high efficiency Brayton cycle compressor for monat...
Performance of single stage, axial flow turbine designed for Brayton cycle space power syste
Performance of two stage axial flow turbogenerator with gas bearing rotor support syste
A comprehensive analysis and conceptual design study of the turboalternator-compressor components us...
Radial inflow turbine performance with exit diffuser designed for linear static pressure variatio
A comprehensive analysis and conceptual design study of the turboalternator-compressor components wa...
A brief description of the radial turbine and its analysis needs is followed by discussions of five ...
Axial running clearance effect on efficiency and mass flow rate of Brayton cycle radial inflow turbi...