Many of the civil structures experience significant vibrations and repeated stress cycles
during their life span. These conditions are the bases for fatigue analysis to accurately …

Infrastructural owners have to manage and control a huge number of structures that are
subject to many phenomena that can alter their performance. During their service life …

As the temporal and spatial resolution of monitoring data drastically increases by advances
in sensing technology, structural health monitoring applications reach the thresholds of big …

A heuristic approach based on visual inspections cannot provide an adequate and unbiased
evaluation of bridges' structural state. Fatigue assessment methods, based on the structural …

Bridge structures experience significant vibrations, repeated stress cycles, and deterioration
during their life cycles. Thus, it is essential to accurately establish life cycle assessment …

Structural health monitoring and fatigue assessment of bridges by current practices is
expensive in labor and capitol. This calls for innovative sensing solutions to investigate the …

Structural health monitoring (SHM) research is a critical tool for keeping up to date on the
state of structures and understanding their behavior over time. One specific focus of SHM …