This document serves as an extension of the keynote presentation delivered in Florence
during the 16th International Conference on Wind Engineering. It elucidates the objectives …

Spectral analysis is a classical tool for the structural analysis of structures subjected to
random excitations. The most common application of spectral analysis is the determination …

The frequency-domain analysis method is a fundamental component of the random vibration
analysis, in which the corresponding moment spectrum of excitations are the prerequisite …

In the classical random vibration analysis, the frequency-domain analysis method,
especially the time-frequency domain analysis method based on the frequency domain …

The aerodynamic force acting on compact structures is often modeled as a quadratic
function of the wind velocity, which fluctuates randomly due to the atmospheric turbulence …

Abstract Proper Orthogonal Decomposition is implemented in a Bispectral Stochastic
Analysis of large MDOF structures. Although Higher Order Stochastic Analysis has been …

The complete flutter analysis of a structure requires the repeated analysis of the aeroelastic
response of the structure for various wind velocities. In a spectral approach, each of these …

The paper develops an approximate semi-analytical solution for the computation of the third
statistical cross-moments of modal responses in a stochastic dynamic analysis. These …

The determination of the long-term extreme distribution for a wave-loaded structure requires
computing the second-order statistics of the responses and their time derivatives under …

This paper specifies the multiple timescale spectral analysis to the structural analysis of a
single degree-of-freedom structure including a fractional derivative constitutive term. Unlike …