The classical spectral representation method and its improved versions have been widely
used to generate non-stationary wind fields. However, they are not efficient for the simulation …

Due to increased demands in transportation development, bridge construction has been
extended to areas with complex wind fields. In addition to common flow features such as …

Bridge construction is one of the cores of traffic infrastructure construction. To better develop
relevant bridge science, this paper introduces the main research progress in China and …

The classic spectral representation method (SRM) has been extensively utilized in
simulating nonstationary wind velocity fields because of its great precision and simplicity …

Simulation of stochastic wind field is necessary for wind-induced vibration analysis of wind-
sensitive structures. Stochastic wave-based spectral representation method (SWSRM) is …

Purpose This paper introduces a novel multi-setup merging method and assesses its
performance using simulated response data from a Finite Element (FE) model of a five …

The wind-induced vibration and its mitigation of ultra-long stay cables are critical to the
safety of long-span bridges. Remarkable progress has been made in understanding and …

This paper describes one of the non-linear (and non-stationary) stochastic models, the GSB
(Gaussian, or Generalized, Split-BREAK) process, which is used in the analysis of time …

The traditional method for calculating the buffeting response of long-span bridges follows
the strip assumption, and is carried out by identifying aerodynamic parameters through …

This manuscript deals with a novel, nonlinear, and non-stationary stochastic model with
symmetric, Laplacian distributed innovations. The obtained model, named Laplacian Split …