Gust Loading Factors with Nonlinear Pressure Terms

Christian Soize

34 citations0/0 files storedJournal of the Structural Division

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Probabilistic and Robust Engineering Design Aeroelasticity and Vibration Control Fluid Dynamics and Vibration Analysis

Abstract

An analytical method is proposed to calculate an expression of the gust loading factor taking into account the nonlinear fluctuation pressure terms, for elastic structures with N degrees-of-freedom, loaded by a random wind. In this method, the Fourier transform technique of the probability law and the Edgeworth's series are used. A numerical example shows the influence of nonlinearity in the presence of resonant amplification effects.

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1986Response of Linear Systems to Quadratic Gaussian Excitations 2019Stochastic harmonic function based wind field simulation and wind-induced reliability of super high-rise buildings 1999Filter approach to the stochastic analysis of MDOF wind-excited structures 1986Cumulants of Stochastic Response for Linear Systems 2011On the background and biresonant components of the random response of single degree-of-freedom systems under non-Gaussian random loading 1986State space analysis of stochastic response cumulants 2002Numerical Analysis of Structural Systems Subjected to Non-Gaussian Random Fields

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