Abstract

The study carries out the rapid simulation calculation by using the integrated severe accident analysis program MAAP, performs the 3D modeling of nuclear power plant with 3DMax software, and implements the effect rendering with Unity3d. A set of nuclear emergency drilling assistant system has been developed to meet the requirements of nuclear emergency drilling scripting and the decision-making support for emergency drilling in emergency headquarters. It realizes the super real-time simulation calculation of nuclear accident, generation and storage of nuclear emergency drilling scenario database, generation of nuclear emergency drilling script information, and real-time scenario reconstruction. The application of the system can effectively reduce the difficulty and workload of nuclear emergency drilling scripting, and improve the efficiency and credibility of the scripting. Additionally, it can vividly present the main phenomena and processes of nuclear accident, and provide the real-time dynamic data under the whole range and all working conditions for nuclear emergency drilling.

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