Ultimate capacity evaluation is of vital importance for electricity transmission tower-line
systems, which are well recognized as the lifeline engineering in modern society …

During service, transmission lines (TLs) will be subjected to unbalanced longitudinal loads
due to events such as conductor breakage, insulator failure, and sudden ice shedding …

Wind fragility is essential to performance-based wind engineering, risk, and resilience
assessment for transmission towers. However, it has not been sufficiently studied due to the …

Natural hazards such as earthquakes and typhoons pose a considerable threat to the power
transmission grid. In regions prone to both hazards, the overhead transmission infrastructure …

Accurate simulation of overhead transmission towers under extreme wind loads is
complicated due to the eccentrically connected angle section members. First, a full-scale …

The airport control tower has been widely constructed for rapidly expanding transportation
demand, whose anti-wind performance and high-efficiency upgrading technology are …

Extreme winds may expose overhead transmission lines to loads that may result in the
collapse of transmission towers leading to severe economic losses. This paper develops a …

As important components of transmission tower-line systems, tension towers are used
mainly at the corner of the line or among several suspension towers to prevent their …

Reliable computational models of transmission towers are key to improved hurricane risk
management of transmission systems. However, a comprehensive understanding of …

Numerous transmission towers have collapsed due to experiencing strong winds; therefore,
the purpose of this article is to investigate the collapse mechanism and the anti-collapse …