Slender structures and structural elements are sensitive to both aerodynamic and aeroelastic excitations which are a dominant factor in their design. However, a unified method of handling these problems doesn’t exist. In the context of the three-dimensional gust effect factor technique, till now mainly addressed to the aerodynamic response, the present paper proposes some advances in the formulation in order to include aeroelastic effects (vortex-induced response, in particular) and to arrive at a unified vision in the evaluation of wind-induced effects on slender structures and structural elements.
3-D Gust Effect Factor including aeroelastic effects
luisa pagnini;giuseppe piccardo
2017-01-01
Abstract
Slender structures and structural elements are sensitive to both aerodynamic and aeroelastic excitations which are a dominant factor in their design. However, a unified method of handling these problems doesn’t exist. In the context of the three-dimensional gust effect factor technique, till now mainly addressed to the aerodynamic response, the present paper proposes some advances in the formulation in order to include aeroelastic effects (vortex-induced response, in particular) and to arrive at a unified vision in the evaluation of wind-induced effects on slender structures and structural elements.File in questo prodotto:
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