The paper introduces a new reliability Burr Pareto type-II model, showcasing its versatility
and effectiveness in engineering applications, particularly in analyzing the failure and …

Roof overhang is one of the most easily damaged parts of low‐rise buildings during
windstorms. To investigate the wind‐induced pressure distributions and forces on the roof …

Wind pressures on cladding of a 600-m-high skyscraper during Super Typhoon Mangkhut
were monitored by a synchronous monitoring system including 48 pressure transducers …

This communication presents a high-fidelity procedure for the design for wind of high-rise
buildings with any shape, and briefly comments on procedures used in current wind …

To predict and explore the return period wind speed distribution in Beijing urban area,
based on the short-term measured wind speed record, the measured independent storm …

Understanding the accuracy of predicted peak pressure in wind engineering is crucial for
effective risk assessment and structural design. This study investigates the capacity of large …

Extreme wind pressure coefficients of the high-rise buildings are critical for determining wind
loads on components and claddings. To address the issue of insufficient samples in the …

The design value of the temperature gradient (TG) for the track slab is one of the main loads
that the ballastless track structure bears. The number of the track slab TG samples measured …

This paper presents a methodology for analyzing wind pressure data on cladding and
components of low-rise buildings. The aerodynamic force acting on a specified area is …

The design value of wheel load is one of the key design parameters for high-speed railway
ballastless track structure, which essentially belongs to the extreme estimation of wheel …