Numerical Analysis Of Aeroelastic Stability Problem Of Helicopter Rotor Blade

SM_THEORY_1985-3632

11/6/1985

Authors
Abstract
Content

In this paper, a new algorithm, called the Broyden-Newton algorithm which is a combination of. Beoyden-Rank-1 and Newton algorithm, is presented for solving the nonlinear equations. The Beoyden-Newton algorithm and combination QZ method are applied to study the aeroelastic stability problem of helicopter rotor blade. The practices of computations indicate that they are effective methods by which the aeroelastic stability problem of helicopter rotor blade is analysed numerically.

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DOI
https://doi.org/10.4050/SM_THEORY_1985-3632
Citation
Hua, D., Shuquan, Z., and Guiqi, X., "Numerical Analysis Of Aeroelastic Stability Problem Of Helicopter Rotor Blade," Theoretical Basis of Helicopter Technology - Nanjing, China 1985, Nanjing, China, November 6, 1985, https://doi.org/10.4050/SM_THEORY_1985-3632.
Additional Details
Publisher
Published
11/6/1985
Product Code
SM_THEORY_1985-3632
Content Type
Technical Paper
Language
English