A method was devised for estimating the incompressible-flow pressure distribution over compressor blade sections at design angle of attack. The theoretical incremental velocities due to camber and thickness of the section as an isolated airfoil are assumed proportional to the average passage velocity and are modified by empirically determined interference factors. Comparisons were made between estimated and test pressure distributions of NACA 65-series sections for typical conditions. Good agreement was obtained
Basic thickness forms of the NACA 63-, 64-, 65- series and NACA 63A-, 64A-, 65 A-series airfoil sect...
Available experimental two-dimensional-cascade data for conventional compressor blade sections are c...
A pressure-distribution investigation has been conducted in the NACA 4 by 6-foot vertical wind tunne...
A method was devised for estimating the incompressible-flow pressure distribution over compressor bl...
An investigation has been made in the Langley 16-foot high-speed tunnel to determine the propeller-s...
An investigation has been conducted to compare the performance of NACA 65-series compressor blades i...
The comparison indicated that cascade data accurately predicted the turning angle and blade pressure...
For use in computing the detailed performance parameters of individual blade rows of a multistage co...
From Summary: "Pressure distributions determined from high-speed wind-tunnel tests are presented for...
Report presents the results of pressure-distribution of an NACA 23012 airfoil equipped with a slotte...
Report presents the results of wind tunnel tests of pressure distribution measurements over one sect...
Report presents the results of pressure-distribution tests of an NACA 23012 airfoil with an NACA 230...
This report presents comprehensive pressure-distribution measurements on four (4) swept-back wings (...
The NACA has conducted an investigation to determine the performance that can be obtained from a mul...
This report presents a review of current compressor blade-element theory with particular emphasis on...
Basic thickness forms of the NACA 63-, 64-, 65- series and NACA 63A-, 64A-, 65 A-series airfoil sect...
Available experimental two-dimensional-cascade data for conventional compressor blade sections are c...
A pressure-distribution investigation has been conducted in the NACA 4 by 6-foot vertical wind tunne...
A method was devised for estimating the incompressible-flow pressure distribution over compressor bl...
An investigation has been made in the Langley 16-foot high-speed tunnel to determine the propeller-s...
An investigation has been conducted to compare the performance of NACA 65-series compressor blades i...
The comparison indicated that cascade data accurately predicted the turning angle and blade pressure...
For use in computing the detailed performance parameters of individual blade rows of a multistage co...
From Summary: "Pressure distributions determined from high-speed wind-tunnel tests are presented for...
Report presents the results of pressure-distribution of an NACA 23012 airfoil equipped with a slotte...
Report presents the results of wind tunnel tests of pressure distribution measurements over one sect...
Report presents the results of pressure-distribution tests of an NACA 23012 airfoil with an NACA 230...
This report presents comprehensive pressure-distribution measurements on four (4) swept-back wings (...
The NACA has conducted an investigation to determine the performance that can be obtained from a mul...
This report presents a review of current compressor blade-element theory with particular emphasis on...
Basic thickness forms of the NACA 63-, 64-, 65- series and NACA 63A-, 64A-, 65 A-series airfoil sect...
Available experimental two-dimensional-cascade data for conventional compressor blade sections are c...
A pressure-distribution investigation has been conducted in the NACA 4 by 6-foot vertical wind tunne...