Damage identification forms a key objective in structural health monitoring. Several state‐of‐
the‐art review papers regarding progress in this field up to 2011 have been published. This …

In proportion to the immense construction of spatial structures is the emergence of
catastrophes related to structural damages (eg loose connections), thus rendering personal …

Featured Application The proposed method can be used for monitoring the healthy condition
of civil structures. Abstract Truss-type designs are widely used in civil structures. Despite the …

In this paper, a methodology for the detection and localization of damages in composite
pultruded members is proposed. This is particularly relevant to thin‐walled pultruded …

The present study deals with a comprehensive approach for damage identification of spatial
truss structures. The novelty of the proposed approach consists of a three-level analysis …

The flat-topped main cables of the long span suspension bridge may occur galloping in the
wind field during construction; however, little about galloping of the flat-topped main cables …

This work proposes an efficient and reliable method for damage localization in truss
structures. The damage is localized on the basis of measured acceleration signals of the …

Large amplitude oscillation of steepled main cables usually presents during construction of
a long-span bridge. To study this phenomenon, six typical main cables with different cross …

Excessive vibration of arch bridge hangers is a potential threat to the driving safety of high-
speed trains; therefore, it is important to study the vibration characteristics and fast warning …

Modal frequency is an important indicator reflecting the health status of a structure.
Numerous investigations have shown that its fluctuations are related to the changing …