Add to ORKGStream-filament analysis procedure and correlation of total pressure loss coefficients to form basis of computer program to investigate design point performance of axial turbine
Computer code TD2 computes design point velocity diagrams and performance for multistage, multishaft...
Fortran computer program for calculating velocities and streamlines for two-dimensional incompressib...
Three stator configurations were studied to determine the effect of stator outer endwall contouring ...
Computerized design of axial flow turbines using stream filament approach to design specification
Computer program for design of axial flow turbines with velocity distribution gradients at stator an...
Analytical procedure and Fortran IV program for determining off-design performance of multistage axi...
The program method is based on a mean-diameter flow analysis. Input design requirements include powe...
A series of experimental studies were conducted in order to investigate the generation and growth of...
This mean diameter flow analysis uses a stage average velocity diagram as the basis for the computat...
Noncavitating operation data from different axial flow pump rotor configurations and correlation of ...
FORTRAN program for computerized design of axial flow pump by blade element analysi
Efficiency, mass flow rate, torque, and exit diffuser effectiveness of 5-inch axial flow turbin
An axial-flow turbine off-design performance computer code used for preliminary studies of gas turbi...
This technique is applicable to larger axial flow turbines which may or may not incorporate variable...
The design of turbines, which involves a lot of parameters, requires numerical methods. At DLR in Gö...
Computer code TD2 computes design point velocity diagrams and performance for multistage, multishaft...
Fortran computer program for calculating velocities and streamlines for two-dimensional incompressib...
Three stator configurations were studied to determine the effect of stator outer endwall contouring ...
Computerized design of axial flow turbines using stream filament approach to design specification
Computer program for design of axial flow turbines with velocity distribution gradients at stator an...
Analytical procedure and Fortran IV program for determining off-design performance of multistage axi...
The program method is based on a mean-diameter flow analysis. Input design requirements include powe...
A series of experimental studies were conducted in order to investigate the generation and growth of...
This mean diameter flow analysis uses a stage average velocity diagram as the basis for the computat...
Noncavitating operation data from different axial flow pump rotor configurations and correlation of ...
FORTRAN program for computerized design of axial flow pump by blade element analysi
Efficiency, mass flow rate, torque, and exit diffuser effectiveness of 5-inch axial flow turbin
An axial-flow turbine off-design performance computer code used for preliminary studies of gas turbi...
This technique is applicable to larger axial flow turbines which may or may not incorporate variable...
The design of turbines, which involves a lot of parameters, requires numerical methods. At DLR in Gö...
Computer code TD2 computes design point velocity diagrams and performance for multistage, multishaft...
Fortran computer program for calculating velocities and streamlines for two-dimensional incompressib...
Three stator configurations were studied to determine the effect of stator outer endwall contouring ...