A Suggested Approach to Linear Aeroelasticity Theory
R. E. D. Bishop
Abstract
R. E. D. Bishop
Abstract
The aeroelastic properties of modern aircraft are such that necessary calculations, of critical flutter speeds for instance, can be remarkably complicated. A flutter analyst requires an inordinate degree of skill and experience if he is to acquire a “sense of feel” in calculations. The difficulty of deciding how to adjust a critical flutter speed predictably by some structural modification is a typical outcome of this complication.
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The aeroelastic properties of modern aircraft are such that necessary calculations, of critical flutter speeds for instance, can be remarkably complicated. A flutter analyst requires an inordinate degree of skill and experience if he is to acquire a “sense of feel” in calculations. The difficulty of deciding how to adjust a critical flutter speed predictably by some structural modification is a typical outcome of this complication.
Key concepts: Flutter, Aeroelasticity, Outcome (game theory), Computer science, Critical speed, Structural engineering, Aerodynamics, Control theory (sociology)