Research and applications of digital twin safety model establition for pump gate hydraulic engineering structure
This study proposes an intelligent water conservancy system that incorporates a'four-pre'approach:forecasting,previewing,early warning,and preplanning.The system aims to enhance national water security by integrating advanced risk management techniques,such as intelligent simulations and database foundations.The'four-pre'functionality of the system enables proactive risk identification,warning dissemination,plan development,and measure implementation.The strategy employed here is proactive and based on 129 safety models,which are divided into sub-databases for embankments,foundation pits,and external cofferdams,serving as the intelligence core.To ensure effective disaster management,forecasting merges data from multi-layered water sensing networks for real-time analysis and alerts.Spatial and temporal disaster thresholds are used to establish early warnings,which are crucial in providing the first line of defense against impending threats.A multi-scenario simulation system can support disaster preparedness by utilizing linked forecasts and continuous rehearsals to inform pre-planning.This integration fosters a comprehensive disaster prevention capability,ensuring readiness through a threefold system of interconnected pre-planning protocols.
pump gate hydraulic elgineeringdigital twinsafety model
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