摘要
为了解决矿井火灾时期烟雾蔓延扩散模拟、避灾路线规划、智能反风及全局优调优控技术应用难题,采用理论研究成果转换软件系统的方法,对矿井火灾时期避灾救灾决策方面涉及的烟雾蔓延扩散模拟、避灾路线规划、智能反风决策及全局优调优控等技术开展了综合研究,形成了烟雾蔓延扩散的理论公式、最优避灾路线规划的影响因素及动态规划避灾路线的方法、反风控制方法及全局优调优控方法,并研发了一套软件系统,进一步优化了火灾避灾救灾决策的安全性和合理性.
Abstract
In order to solve the application difficulties of smoke spread and diffusion simulation,disaster avoidance route planning,intelligent anti wind and global optimization control technology during mine fires,a comprehensive study was conducted on smoke spread and diffusion simulation,disaster avoidance route planning,intelligent anti wind decision-making,and global optimization control technology involved in disaster avoidance and relief decision-making during mine fires using the method of theoretical research results conversion software system,developed theoretical formulas for smoke spread and diffusion,influencing factors for optimal disaster avoidance route planning,methods for dynamic planning of disaster avoidance routes,anti wind control methods,and global optimization control methods.Also developed a software system to further optimize the safety and rationality of fire disaster avoidance and relief decision-making.
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