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基于仿真技术的寺河矿通风系统优化改造

Optimization and transformation for ventilation system of Sihe mine based on the simulation technology

中文摘要英文摘要

随着矿井开采条件日趋复杂,矿井的通风能力已经不能满足矿井生产能力的要求,需要进行通风系统优化改造矿井通风仿真系统具有完整、可靠、实用和先进性,具有强大的仿真功能和可视化功能,解决了一系列诸如拓扑关系自动建立、固定半割集下的按需分风等技术难题,本文针对寺河矿的通风能力与矿井生产能力不匹配的问题,利用矿井通风系统仿真软件MVSS3.1进行通风系统优化改造,模拟了寺河矿东区通风系统优化改造的方案,结合现场实际分析了各方案的可行性,确定出最佳方案。

With the underground mine conditions getting more complicated,mine ventilation capacity could not adjust to the requirements of mine production capacity,mine ventilation system should be optimizated.Mine ventilation simulation system(MVSS3.1)is complete,reliable,practical and advanced.It has powerful simulation and visual functions,such as solving a series of topology and auomatically established,fixed-cut set,the wind-on-demand and other technical problenms.For the problem of that the ventilation capacity do not match with the production capacity of the sihe mine, use the simulation system software MVSS3.1 to optimization and transformation, simulated ventilation system optimization and transformation schemes of Sihe mine of the eastern, Combinated with Actual site to Analysis the Feasibility of each schemes , determined the best plan.

李伟、曲航、高广君、王冬雪、李雨成

矿山建设、矿山设计矿山安全、矿山劳动保护

矿井通风系统仿真优化改造

mineventilation systemsimulationoptimization transformation

李伟,曲航,高广君,王冬雪,李雨成.基于仿真技术的寺河矿通风系统优化改造[EB/OL].(2011-08-12)[2025-07-02].http://www.paper.edu.cn/releasepaper/content/201108-199.点此复制

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