Applications of Graph Neural Networks in Civil Infrastructures: A Review on Transportation, Power, Water, and Structural Systems
Published in Engineering Applications of Artificial Intelligence, 2025
This paper provides a systematic and structured review of Graph Neural Network (GNN) applications across foundational civil infrastructure domains, including transportation networks, power systems, water distribution systems, and structural systems.
Unlike prior domain-specific surveys, this work unifies cross-sector GNN developments and categorizes recent research (2021–2024) by:
- Infrastructure domain
- Task type (estimation, forecasting, optimization, anomaly detection, planning)
- GNN architecture (GCN, GAT, GraphSAGE, spatio-temporal GNNs, graph transformers, physics-informed GNNs)
- Level of deployment maturity
The review synthesizes over 500 recent studies and evaluates how GNNs are used as:
- Predictive models for forecasting and classification
- Surrogate models for accelerating simulation and optimization
- Decision-support tools for operational control and long-term planning
A major contribution of the paper is its structured gap analysis, identifying limitations that persist across domains:
- Scalability to large-scale infrastructure graphs
- Real-time adaptability and streaming graph learning
- Uncertainty quantification and probabilistic outputs
- Interpretability and regulatory alignment
- Robustness under distribution shifts and extreme events
The paper further proposes research directions including:
- Hierarchical and distributed GNN architectures
- Physics-informed and constraint-aware learning
- Hybrid GNN–optimization and GNN–reinforcement learning frameworks
- Equity-aware and explainable infrastructure AI systems
By bridging machine learning theory and infrastructure practice, this review provides a roadmap for deploying GNNs in safety-critical, large-scale civil systems.
Recommended citation: Anand, H., Khayambashi, K., Zandsalimi, Z., Taghizadeh, M., Hasnat, M. A., & Alemazkoor, N. (2025). Applications of Graph Neural Networks in Civil Infrastructures: A Review on Transportation, Power, Water, and Structural Systems. Engineering Applications of Artificial Intelligence (Under Review).
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