Supersonic through-flow fan design
J. F. Schmidt, R. D. Moore, J. R. Wood, R. J. Steinke
Abstract
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J. F. Schmidt, R. D. Moore, J. R. Wood, R. J. Steinke
Abstract
Open-access reader
The NASA Lewis Research Center has embarked on a program to experimentally prove the concept of a supersonic through-flow fan which is to maintain supersonic velocities throughout the compression system with only weak shock-wave flow losses. The detailed design of a supersonic through-flow fan and estimated off-design performance with the use of advanced computational codes are described. A multistage compressor facility is being modified for the newly designed supersonic through-flow fan and the major aspects of this modification are briefly described.
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The NASA Lewis Research Center has embarked on a program to experimentally prove the concept of a supersonic through-flow fan which is to maintain supersonic velocities throughout the compression system with only weak shock-wave flow losses. The detailed design of a supersonic through-flow fan and estimated off-design performance with the use of advanced computational codes are described. A multistage compressor facility is being modified for the newly designed supersonic through-flow fan and the major aspects of this modification are briefly described.
Key concepts: Computer science, Choked flow, Supersonic speed, Flow (mathematics), Aerospace engineering, Engineering, Mechanics, Physics