The simulation of stationary non-Gaussian stochastic vector processes is of great
importance in the time-domain response analysis of structures under non-Gaussian …

An active wind tunnel test was conducted to experimentally investigate the nonstationary
time-varying extreme characteristics of the aerodynamic force on a 5: 1 rectangular cylinder …

The wind pressure at the flow separation region of building surfaces generally exhibits non-
Gaussian characteristics and is modeled as a non-Gaussian random process. To evaluate …

The simulation and peak value estimation of non-Gaussian wind pressures are important to
the structural and cladding design of the building. Due to its straightforwardness and …

This paper presents a methodology for the simulation of non-Gaussian wind field as a
stochastic wave using the 3rd-order Spectral Representation Method. Traditionally, the wind …

The estimation of peak wind effects is an important issue in the structural and cladding
design. The wind load effects such as wind pressures show the non-Gaussianity. In …

Wind-induced vibration is significant for light and flexible structures, and aerodynamic effect
has to be considered in the estimation of wind load and dynamic response of these …

This study investigates non-Gaussian properties and their effects on peak factors and
extreme values of wind pressure on the irregular roof of a long-span structure. The …

The complicated probability density function (PDF) characteristics of wind pressure,
including its highly skewed, highly leptokurtic, and bimodal characteristics induced by …

Fast and accurate simulation of non-Gaussian wind pressures are desired sometimes in the
wind-resistant design of buildings under stationary winds. Recently, attracted by its wide …