The aerodynamic properties of the Savoia Marchetti S55-X model aircraft, in construction by the student team “Team S55”, are studied in order to evaluate its aerodynamic behavior in cruise flight configuration. The Computational Fluid Dynamics software Star CCM+ and ANSA have been used to simulate the model aircraft at various angles of attack, with the objective of studying the lift and drag coefficient changes at every angle. The analyses showed a good consistency with the data previously calculated using semi-empirical formulae and with the original experimental data obtained by testing the S55-X aircraft in the wind tunnel.

S55 Project - CFD analysis of an historical seaplane / Baldon, C.; Indelicato, R.; Bottino, N.; Sinisi, M.; Carrone, F.; Cantanna, G.; Cestino, E.; Sapienza, V.. - (2021). (Intervento presentato al convegno 32nd ICAS Congress tenutosi a Shanghai (China) nel 6-10 September 2021).

S55 Project - CFD analysis of an historical seaplane

CARRONE, F.;CESTINO, E.;
2021

Abstract

The aerodynamic properties of the Savoia Marchetti S55-X model aircraft, in construction by the student team “Team S55”, are studied in order to evaluate its aerodynamic behavior in cruise flight configuration. The Computational Fluid Dynamics software Star CCM+ and ANSA have been used to simulate the model aircraft at various angles of attack, with the objective of studying the lift and drag coefficient changes at every angle. The analyses showed a good consistency with the data previously calculated using semi-empirical formulae and with the original experimental data obtained by testing the S55-X aircraft in the wind tunnel.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2927176