This project proposes a comprehensive investigation of the regional impacts following the Francis Scott Key Bridge collapse in Baltimore. Through systematic data collection, modeling, and analysis, the study will assess impacts on traffic congestion, travel behavior, and supply chains. The research will develop science-based solutions to mitigate immediate and long-term consequences while identifying strategies to enhance infrastructure resilience, emergency response, and community recovery. By examining this event from multiple angles, the project aims to provide actionable recommendations for transportation agencies facing similar infrastructure emergencies nationwide.
Universities Involved
Morgan State University, University of Maryland, University of Virginia, University of Pittsburgh, West Virginia University, Virginia Tech, University of Delaware
Principal Investigators
Mansoureh Jeihani, Di Yang, Mansha Swami, Celeste Chavis, Mehdi Shokouhian, Ziping Wang, Xianfeng Yang, Cinzia Cirillo, Dimitra Pyrialakou, Onur Avci, Hesham Rakha, Brian Park, Ardeshir Faghri, Lev Khazanovich
Expected Research Outcomes & Impacts
The research will yield comprehensive datasets, simulation models, and policy recommendations to guide response strategies for similar infrastructure disruptions. Findings will improve resilience planning and emergency management while supporting economic recovery of affected communities. The project will serve as a model for interagency coordination following transportation disasters.
Subject Areas
Transportation Infrastructure, Disaster Response, Traffic Modeling, Impact Assessment, Supply Chain Resilience, Safety Engineering, Mental Health