The airloads-inflow model presented is ideally suited for rotor aeroelasticity and control analysis, especially where eigenvalues are sought. The model, which is derived from thin-airfoil theory with an extension that allows for other airfoil effects, is of hierarchical-lift type and may be simplified to any degree desired; the inflow is also expanded in shape functions which may be truncated to any desired texture. Both models are written in closed-form, state-variable equations without hidden states and without integrals over the wake.
An integrated airloads-inflow model for use in rotor aeroelasticity and control analysis
AHS Annual Forum ; 1991 ; Phoenix, AZ, United States
1991-01-01
Conference paper
No indication
English
Airloads, wakes, and aeroelasticity
NTRS | 1990
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|USAAVLABS tandem rotor airloads measurement program.
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|USAAVLABS tandem rotor airloads measurement program
Engineering Index Backfile | 1967
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