Turbomachinery blade designs are becoming more aggressive in order to achieve higher loading and greater range. New analysis tools are required to cope with these heavily loaded blades that may operate with a thin separated region near the trailing edge on the suction surface. An existing, viscous airfoil code was adapted to cascade conditions in an attempt to provide this capability. Comparisons with recently obtained data show that calculated and experimental surface Mach numbers were in good agreement but loss coefficients and outlet air angles were not
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Includes bibliographical references (pages 162-164)A new computational method, MISES, is developed f...
The design of turbomachinery blades requires the prevention of flutter for all operating conditions....
The three-dimensional flow in a turbomachinery blade row was approximated by correcting for streamtu...
A preliminary investigation was conducted to establish the theoretical basis of perturbation techniq...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Linearized analyses have been carried out for the induced velocity and pressure fields within a comp...
The design of a two-stream wind tunnel was undertaken to allow the simulation and study of certain ...
The purpose of NASA Research Grant NSG-3264 is to characterize the flowfield about an airfoil in a c...
A fast computer program was developed to eliminate the shocks by slightly altering portions of the c...
The characteristics of the flow field about highly loaded turbocompressor blades in a cascade wind t...
A cascade of 65-(12)10 compressor blades was tested at one geometric setting over a range of inlet M...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Includes bibliographical references (pages 162-164)A new computational method, MISES, is developed f...
The design of turbomachinery blades requires the prevention of flutter for all operating conditions....
The three-dimensional flow in a turbomachinery blade row was approximated by correcting for streamtu...
A preliminary investigation was conducted to establish the theoretical basis of perturbation techniq...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Linearized analyses have been carried out for the induced velocity and pressure fields within a comp...
The design of a two-stream wind tunnel was undertaken to allow the simulation and study of certain ...
The purpose of NASA Research Grant NSG-3264 is to characterize the flowfield about an airfoil in a c...
A fast computer program was developed to eliminate the shocks by slightly altering portions of the c...
The characteristics of the flow field about highly loaded turbocompressor blades in a cascade wind t...
A cascade of 65-(12)10 compressor blades was tested at one geometric setting over a range of inlet M...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...