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Numerical Evaluation of Jet Noise with Flight Effect for Supersonic Civil Aircraft Using ZDES
This paper investigates numerically the influence of nozzle shape (convergent-divergent or fully convergent) and jet operating conditions on the noise generated by a jet representative of a supersonic business jet at take-off. The nozzle diameter is 50 mm and two operating conditions of Mj = 0.964 and 0.924, corresponding to full thrust and reduced ...
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Preliminary Optimization of the Sonic Boom Properties for Civil Supersonic Aircraft
Journal of Aircraft, 2013In this work a simple model has been used that relates sonic boom effects to the main geometric and operative parameters of the civil supersonic aircraft. In particular, a relation between the maximum overpressure and the aircraft shape factor is employed to define an optimal preliminary design point for the supersonic civil aircraft.
Gennaro Scarselli
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Vestnik Moskovskogo aviatsionnogo instituta, 2019
Vladlen Gorbovskoi +3 more
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Vladlen Gorbovskoi +3 more
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The technical aspects of supersonic civil transport aircraft
Philosophical Transactions of the Royal Society A, 1974Abstract The paper discusses those technical aspects of a supersonic civil transport aircraft which peculiarly distinguish it from conventional subsonic civil aircraft. The physical, economic and ecological environments in which the supersonic transport must operate are considered and the main stepping stones to the development of the
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Engines for Supersonic Civil Transport Aircraft
Aircraft Engineering and Aerospace Technology, 1961Because of its high overall pressure ratio and good propulsive efficiency, the jet engine is very efficient for supersonic propulsion. A high thrust per unit power plant frontal area and per unit weight are primary requirements and these imply high combustion temperatures. For a Mach 2.0 aircraft, engine design problems other than this are not outside
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22-st INTERNATIONAL CONFERENCE ON THE METHODS OF AEROPHYSICAL RESEARCH (ICMAR 2022)
S. Tolkachev +8 more
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S. Tolkachev +8 more
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22-st INTERNATIONAL CONFERENCE ON THE METHODS OF AEROPHYSICAL RESEARCH (ICMAR 2022)
A.V. Lysenkov +5 more
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A.V. Lysenkov +5 more
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