Emergency Evacuation Simulation Based on BIM Technology for Scientific Facility

Qing Peijun, Yi-fei Tao, Z. Xiaofei, Jiang Shaoen, C. Yanbo
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Abstract

BIM Technology is the mainstream direction of modern engineering construction development. This paper studies the emergency evacuation simulation method based on BIM Technology, which integrates the fire dynamic simulation, emergency evacuation, and BIM technologies. It carries out emergency evacuation simulation for the Optical Fiber Waveguide Center of laser fusion research center, CAEP. Optical Fiber Waveguide Center located in Chengdu industrial park is the first research building designed and managed by BIM Technology in laser fusion research center which serves for Shenguang high power laser facility at Mianyang. This research work finds out the technical route for developing and promoting the application of BIM Technology in safety production management for high power laser facility. It also gives important reference for the safety production and information management for large-scale scientific devices built by CAEP and helps the precise design for the future high power laser facility for China.
基于BIM技术的科研设施应急疏散仿真
BIM技术是现代工程建设发展的主流方向。本文研究了基于BIM技术的火灾动态仿真、应急疏散和BIM技术相结合的应急疏散仿真方法。对激光聚变研究中心光纤波导中心进行了紧急疏散仿真。光纤波导中心位于成都工业园区,是绵阳神光大功率激光设备激光聚变研究中心第一个由BIM技术设计和管理的研究大楼。本研究工作为开发和推广BIM技术在大功率激光设备安全生产管理中的应用找到了技术路线。为中国激光研究院大型科研设备的安全生产和信息管理提供了重要参考,为中国未来高功率激光设备的精确设计提供了依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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