Dynamic Accident Modeling and Risk Management of Urban Natural Gas Pipelines

Dynamic Accident Modeling and Risk Management of Urban Natural Gas Pipelines provides a comprehensive and systematic framework for understanding, modeling, and managing accidents in urban natural gas pipelines. It covers SPN (Stochastic Petri Net) based accident evolution modeling, CFD (Computational Fluid Dynamics ) based leak and dispersion simulation, explosion modeling, deep-learning-based leak detection and diagnosis, Bayesian risk assessment, vulnerability analysis, and game-theoretic risk management strategies.