摘要
复杂的通风系统网络降低了煤矿通风系统的安全性和稳定性,影响并制约着矿井下一步的开采进度。首先,运用层次模糊综合评价理论构造数学模型,结合矿井实际从环境、设备、监管及经济技术可行性4个层面构造14项指标评价体系,并对各指标作定性与定量分析进行等级划分,得出该矿井通风状况隶属一般;最后,利用上述数学模型为安全评价计算机软件建立评价系统,且提供界面设计参考,为矿井通风系统的安全评价软件开发奠定基础。
The complex ventilation system network reduces the safety and stability of the coal ventilation system, influences and restricts the next mining progress. Firstly, the theory of mine fuzzy comprehensive evaluation is used to construct the mathematical model, and the 14 evaluation system is constructed from the four aspects of environment, equipment, supervision and economic and technical feasibility. Thequalitative and quantitative analysis of each index is carried out. Finally, the safety evaluation computer software development ideas, and provide interface design reference for the mine ventilation system safety evaluation software development lay the foundation.
出处
《煤炭技术》
CAS
2018年第1期167-169,共3页
Coal Technology
关键词
矿井通风
层次模糊法
安全评价
软件设计
mine ventilation
level fuzzy method
safety evaluation
software design
