Structural evaluations are important for monitoring performance and behavior changes that
occur due to environmental or other loading conditions. As a renowned experimental …

Life-cycle performance assessment of bridges is crucial for decisions pertaining to
functionality, maintenance, and rehabilitation while accounting for inherent epistemic and …

The complex geometry of structural components results in uneven stress distribution in
structures under loading. The regions with stress concentrations often act as critical …

Advanced computing brings opportunities for innovation in a broad gamma of applications.
Traditional practices based on visual and manual methods tend to be replaced by cyber …

This paper focuses on opportunities that AI models bring to the monitoring and life cycle
assessment of bridge structures. The paper examines different phases of data collection and …

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 …

Structural resilience is an essential prospect for engineers to obtain and ensure the
structure's ability to withstand or recover from an operational or adverse demand. Seeking …

Higher accuracy in estimation of stress distribution, especially in the critical locations with
stress variation, is important for a more reliable prediction of possible damage or prognosis …

Современные компьютерные технологии открывают возможности для инноваций в
широком спектре приложений. На смену традиционным подходам, в основе которых …

The aging infrastructure across industries, such as energy and transportation, are
continuously subjected to operational and environmental loads. Condition-based …