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Numerical simulation for determining three zones in the goaf at a fully-mechanized coal face 被引量:10

Numerical simulation for determining three zones in the goaf at a fully-mechanized coal face
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摘要 According to the theory of ventilation network, a model for a filtration flow field in goaf was built and simulation soft- ware for determining the three zones in goaf has been developed. This software uses no-gap-connection between Visual Basic (VB) and Excel to exchange data, uses Component Object Model (COM) component of MATLAB to plot charts of the three zones and to export the corresponding coordinates of the isolines. An example shows that this software is convenient and simple. By using it, the three zones can be easily determined. The software is convenient in studies and analyses of the three zones in goaf. According to the theory of ventilation network, a model for a filtration flow field in goaf was built and simulation software for determining the three zones in goaf has been developed. This software uses no-gap-connection between Visual Basic (VB) and Excel to exchange data, uses Component Object Model (COM) component of MATLAB to plot charts of the three zones and to export the corresponding coordinates of the isolines. An example shows that this software is convenient and simple. By using it, the three zones can be easily determined. The software is convenient in studies and analyses of the three zones in goaf.
出处 《Journal of China University of Mining and Technology》 EI 2008年第2期199-203,共5页 中国矿业大学学报(英文版)
关键词 fully-mechanized coal face spontaneous combustion filtration flow field limit of rate of speed 全机械化开采 煤面 自燃 过滤流区域
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