A Real-Time Capable Inflow Model for the Simulation of Interacting Multi-Rotor Configurations

Spieß, Christian; Radler, Simon; Barth, Aaron; Hajek, Manfred

Titel:: A Real-Time Capable Inflow Model for the Simulation of Interacting Multi-Rotor Configurations
Dokumenttyp:: Konferenzbeitrag
Autor(en):: Spieß, Christian; Radler, Simon; Barth, Aaron; Hajek, Manfred
Abstract:: A modeling strategy is proposed for the real-time simulation of interacting multi-rotor helicopter configurations using the blade element method. An inflow model introduced by Pitt & Peters is extended to account for coupling effects by the modification of the induced inflow velocities. The aerodynamic interaction of the rotors is represented by a parametric formulation which is gain scheduled depending on the state of flight for a given geometric rotor configuration. To represent the interaction effects, a parameter matrix is fitted to results of higher fidelity wake vortex simulations.
Kongress- / Buchtitel:: Deutscher Luft- und Raumfahrtkongress
Jahr:: 2016
Jahr / Monat:: 2016-09
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