Infrastructure Assessment

This research area examines the condition and performance of critical infrastructure systems. Investigations focus on developing and applying advanced methods for assessing the structural integrity of bridges, buildings, and other essential facilities. Techniques employed include non-destructive evaluation, computational modeling, and data analytics to predict material degradation, identify vulnerabilities, and estimate remaining service life. Specific interests include understanding the dynamic interactions between vehicles and bridges, analyzing the impact of environmental loads like wind and seismic activity, and exploring novel sensor technologies for continuous monitoring.

The resilience of Arkansas's infrastructure is vital for the state's economic development and public safety. Research in this area directly supports the maintenance and upgrade of transportation networks, including the state's extensive highway and bridge systems, which are crucial for commerce and connectivity. Understanding how infrastructure responds to natural hazards, such as seismic events or extreme weather, is also a key concern for protecting communities and ensuring the continuity of essential services across the state.

This work draws upon expertise in structural engineering, materials science, and advanced computational techniques, including artificial intelligence. Collaboration extends across institutions within Arkansas, fostering a comprehensive approach to infrastructure assessment and enhancing the state's capacity to manage its built environment effectively.