Publication de 6 numéros par an
ISSN Imprimer: 1948-2590
ISSN En ligne: 1948-2604
PROSPECTS FOR REDUCTION IN SONIC BOOM LEVEL OF NEW-GENERATION COMMERCIAL SUPERSONIC PLANES
RÉSUMÉ
Numerical assesments of the sonic boom level of prospective commercial supersonic airplanes in a cruise fight are presented.
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Bondarenko, A. B. and Yudin, V. G., Aerodynamical Characteristics of the Combination of a Wing with Nonplanar Median Surface and a Fuselage (in Russian).
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Kovalenko, V. V. and Chernyshev, S. L., To the Question of Sonic Boom Reduction (in Russian).
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Kovalenko, V. V. and Minaylos, A. N., Calculation of the Inviscid Supersonic Flow over a Wing - Fuselage Combination (in Russian).
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Leatherwood, J. D. and Sullivan, B. M., Laboratory Study of Effects of Sonic Boom Shaping on Subjective Loudness and Acceptability.
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Pogosyan, M. A., Il’in, A. V., Subbotin, V. V., Chayka, V. V., Titov, V. N., Yudin, V. G., and Kovalenko, V. V., Aircraft (six variants).
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Robinson, L. D., Sonic Boom Propagation through an Inhomogeneous, Windy Atmosphere.
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Zhilin, Yu. L. and Kovalenko, V. V., About the Bonding of Near and Far Fields in the Problem of Sonic Boom (in Russian).
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Zhilin, Yu. L., Sonic Boom Theory (in Russian).
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Tyushina M.A., Tyushin A.V., Safin R.M., On the issue of optimizing the supersonic business aircraft layout in order to reduce sonic boom, Engineering Journal: Science and Innovation, 4 (124), 2022. Crossref