SIMILARITY RULES FOR THIN AEROFOILS IN NON-STATIONARY SUBSONIC FLOWS

[1] CICALA P, 1951, NACA1277 TECH MEMO

[2] FETTIS HE, 1952, USAF5256 WRIGHT AIR

[3] FILOTAS LT, 1969, UTIAS139 REP

[4] GRAHAM JA, TO BE PUBLISHED

[5] LIFTING SURFACE THEORY FOR PROBLEM OF AN ARBITRARILY YAWED SINUSOIDAL GUST INCIDENT ON A THIN AEROFOIL IN INCOMPRESSIBLE FLOW [J]. AERONAUTICAL QUARTERLY, 1970, 21 : 182 - &

[6] HUNT JCR, 1969, CENTRAL ELECTRICITY

[7] LANDAHL MT, 1959, UNSTEADY TRANSONIC F

[8] Miles John W., 1959, POTENTIAL THEORY UNS

[9] POSSIO C, 1938, AEROTECNICA, V18

[10] REISSNER E, 1951, NACA2363 TECH NOTE

[1] CICALA P, 1951, NACA1277 TECH MEMO

[2] FETTIS HE, 1952, USAF5256 WRIGHT AIR

[3] FILOTAS LT, 1969, UTIAS139 REP

[4] GRAHAM JA, TO BE PUBLISHED

[5] LIFTING SURFACE THEORY FOR PROBLEM OF AN ARBITRARILY YAWED SINUSOIDAL GUST INCIDENT ON A THIN AEROFOIL IN INCOMPRESSIBLE FLOW [J]. AERONAUTICAL QUARTERLY, 1970, 21 : 182 - &

[6] HUNT JCR, 1969, CENTRAL ELECTRICITY

[7] LANDAHL MT, 1959, UNSTEADY TRANSONIC F

[8] Miles John W., 1959, POTENTIAL THEORY UNS

[9] POSSIO C, 1938, AEROTECNICA, V18

[10] REISSNER E, 1951, NACA2363 TECH NOTE