NASA Technical Memorandum
COMPUTER PROGRAM FOR CALCULATING UNSTEADY AERODYNAMIC COEFFICIENTS FOR CASCADES IN SUPERSONIC AXIAL FLOW.
Publication
, Report
Ramsey, JK; Kielb, RE
December 1, 1987
Recent interest in supersonic and hypersonic flight has renewed interest in developing propulsion systems which include a supersonic axial flow compressor. An important design consideration for the blades in such a compressor is aeroelastic stability. This report describes a computer program which calculates the lift and moment coefficients for an oscillating cascade with a supersonic leading edge locus. A brief discussion of the theory (Lane's method) is presented, along with program logic, user's instructions, and test cases.
Duke Scholars
ISSN
0499-9320
Publication Date
December 1, 1987
Citation
APA
Chicago
ICMJE
MLA
NLM
Ramsey, J. K., & Kielb, R. E. (1987). COMPUTER PROGRAM FOR CALCULATING UNSTEADY AERODYNAMIC COEFFICIENTS FOR CASCADES IN SUPERSONIC AXIAL FLOW. NASA Technical Memorandum.
Ramsey, J. K., and R. E. Kielb. “COMPUTER PROGRAM FOR CALCULATING UNSTEADY AERODYNAMIC COEFFICIENTS FOR CASCADES IN SUPERSONIC AXIAL FLOW.” NASA Technical Memorandum, December 1, 1987.
Ramsey JK, Kielb RE. COMPUTER PROGRAM FOR CALCULATING UNSTEADY AERODYNAMIC COEFFICIENTS FOR CASCADES IN SUPERSONIC AXIAL FLOW. NASA Technical Memorandum. 1987 Dec.
Ramsey, J. K., and R. E. Kielb. “COMPUTER PROGRAM FOR CALCULATING UNSTEADY AERODYNAMIC COEFFICIENTS FOR CASCADES IN SUPERSONIC AXIAL FLOW.” NASA Technical Memorandum, 1 Dec. 1987.
Ramsey JK, Kielb RE. COMPUTER PROGRAM FOR CALCULATING UNSTEADY AERODYNAMIC COEFFICIENTS FOR CASCADES IN SUPERSONIC AXIAL FLOW. NASA Technical Memorandum. 1987 Dec.
ISSN
0499-9320
Publication Date
December 1, 1987