Non-Gaussian fluctuating wind pressure occurs in the separation zone of a structure, which
will cause structural fatigue damage. The study of non-Gaussian wind pressure, accordingly …

A reasonable extreme probability model to estimate the transient loads is essential for
structural wind resistance design. The transient aerodynamic characteristics of a 5: 1 …

The extreme wind pressure might lead to local or overall structural failures. The physical
mechanisms behind extreme pressures on two tandem square cylinders are investigated …

The non-Gaussian property of turbulence has been emphasized in some measured wind
data. However, the classic Scanlan buffeting theory with the Gaussian distribution …

The study about the extreme value estimation of non-Gaussian wind pressure signals is
crucial for structural safety or health monitoring. This is because the long tail region of the …

Wind-induced damages to cladding, glass curtain walls, and windows on surfaces of
buildings demand further investigation of extreme pressures on a square prism. The flow …

The roof of a large‐span structure is vulnerable to strong winds, and thus, wind‐induced
damage of the roof happens occasionally. Structural condition assessment from structural …

The statistical characteristics of fluctuating pressures on three 5: 1 rectangular cylinder
models with different scale ratios were measured in three turbulent flow fields, and the …

Understanding the characteristics of wind pressures on structural façades is of great
importance for wind-resistant design of claddings and glass curtains of buildings. This article …

The presence of complex buildings introduces interference effects and complicates the wind
field around the long-span roof structure. The complexity of the problem makes it …