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floor water inrush    
相关语句
  底板突水
    A IMPORTANT WAY TO CONTROL FLOOR WATER INRUSH BY IMPROVING MINING METHODS
    改革采煤方法防治底板突水
短句来源
    Application of "Four Zone" Theory in Face Floor on Evaluation of Floor Water Inrush
    采场底板“四带”划分理论在底板突水评价中的应用
短句来源
    Mine files management subsystem, data information management subsystem, graphs and pictures management subsystem, and forecasting subsystem of floor water inrush compose the totle system, the four systems are interreletive and compose a organic entirety to make the management of mine resource information systematized and standardized, and meanwhile forecasting the floor water inrush efficiently.
    矿井承压水害管理信息系统主要由矿井文档资料管理、矿井数据信息管理、矿井图形图像管理和矿井底板突水预测四个子系统组成,各子系统相辅相成、相互关联,共同组成一个有机的整体,系统化、规范化管理矿井资源信息的同时,实时、有效的对矿井底板突水进行预测预报。
短句来源
    The influence of confined water become more and more serious with the increase of mining deepness , the paper give summing-up to studying fruit of water inrush from coal seam floor, integrating statistical analysis the result to coal mining working face coal seam floor water inrush which is brought by the high confined water.
    随着开采深度不断增加,工作面受承压水的影响越来越严重。 本文从分析工作面底板突水机理入手,对现有的工作面底板突水研究的成果进行了归纳总结,在此基础上,对高承压水作用下工作面底板破坏过程和突水机理进行了数值模拟研究。
短句来源
    From investigating at field and laboratory, the coal mining method and its technical parament have a much effect on controling floor water inrush.
    通过现场实测和室内研究表明,采煤技术因素对底板突水的影响很大。
短句来源
更多       
  底板突水
    A IMPORTANT WAY TO CONTROL FLOOR WATER INRUSH BY IMPROVING MINING METHODS
    改革采煤方法防治底板突水
短句来源
    Application of "Four Zone" Theory in Face Floor on Evaluation of Floor Water Inrush
    采场底板“四带”划分理论在底板突水评价中的应用
短句来源
    Mine files management subsystem, data information management subsystem, graphs and pictures management subsystem, and forecasting subsystem of floor water inrush compose the totle system, the four systems are interreletive and compose a organic entirety to make the management of mine resource information systematized and standardized, and meanwhile forecasting the floor water inrush efficiently.
    矿井承压水害管理信息系统主要由矿井文档资料管理、矿井数据信息管理、矿井图形图像管理和矿井底板突水预测四个子系统组成,各子系统相辅相成、相互关联,共同组成一个有机的整体,系统化、规范化管理矿井资源信息的同时,实时、有效的对矿井底板突水进行预测预报。
短句来源
    The influence of confined water become more and more serious with the increase of mining deepness , the paper give summing-up to studying fruit of water inrush from coal seam floor, integrating statistical analysis the result to coal mining working face coal seam floor water inrush which is brought by the high confined water.
    随着开采深度不断增加,工作面受承压水的影响越来越严重。 本文从分析工作面底板突水机理入手,对现有的工作面底板突水研究的成果进行了归纳总结,在此基础上,对高承压水作用下工作面底板破坏过程和突水机理进行了数值模拟研究。
短句来源
    From investigating at field and laboratory, the coal mining method and its technical parament have a much effect on controling floor water inrush.
    通过现场实测和室内研究表明,采煤技术因素对底板突水的影响很大。
短句来源
更多       
  底板突水
    A IMPORTANT WAY TO CONTROL FLOOR WATER INRUSH BY IMPROVING MINING METHODS
    改革采煤方法防治底板突水
短句来源
    Application of "Four Zone" Theory in Face Floor on Evaluation of Floor Water Inrush
    采场底板“四带”划分理论在底板突水评价中的应用
短句来源
    Mine files management subsystem, data information management subsystem, graphs and pictures management subsystem, and forecasting subsystem of floor water inrush compose the totle system, the four systems are interreletive and compose a organic entirety to make the management of mine resource information systematized and standardized, and meanwhile forecasting the floor water inrush efficiently.
    矿井承压水害管理信息系统主要由矿井文档资料管理、矿井数据信息管理、矿井图形图像管理和矿井底板突水预测四个子系统组成,各子系统相辅相成、相互关联,共同组成一个有机的整体,系统化、规范化管理矿井资源信息的同时,实时、有效的对矿井底板突水进行预测预报。
短句来源
    The influence of confined water become more and more serious with the increase of mining deepness , the paper give summing-up to studying fruit of water inrush from coal seam floor, integrating statistical analysis the result to coal mining working face coal seam floor water inrush which is brought by the high confined water.
    随着开采深度不断增加,工作面受承压水的影响越来越严重。 本文从分析工作面底板突水机理入手,对现有的工作面底板突水研究的成果进行了归纳总结,在此基础上,对高承压水作用下工作面底板破坏过程和突水机理进行了数值模拟研究。
短句来源
    From investigating at field and laboratory, the coal mining method and its technical parament have a much effect on controling floor water inrush.
    通过现场实测和室内研究表明,采煤技术因素对底板突水的影响很大。
短句来源
更多       
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From investigating at field and laboratory, the coal mining method and its technical parament have a much effect on controling floor water inrush. The improving mining methods are a important way to control floor water inrush.

通过现场实测和室内研究表明,采煤技术因素对底板突水的影响很大。如何防治底板突水,这里指出了一条改革采煤方法的途径。

The paper simply discussed the research results on face underground pressure recent years, such as the type of“voussoir beam”structure of main roof and its simplification, the “R-S” stability in analysis of the key block, the establishment of the mechanical model of whole coal face, rediscussion of “support working resistance- roof subsidence”, the criterion of floor water inrush by using the mechanism of interaction of fractured blocks and so on....

The paper simply discussed the research results on face underground pressure recent years, such as the type of“voussoir beam”structure of main roof and its simplification, the “R-S” stability in analysis of the key block, the establishment of the mechanical model of whole coal face, rediscussion of “support working resistance- roof subsidence”, the criterion of floor water inrush by using the mechanism of interaction of fractured blocks and so on. The pape ralso hopes the research workers on underground pressure continuouslydiscuss the underground pressure theory for its further perfect.

本文简述了几年来在采场矿山压力研究的成果,如:作为直接顶边界条件的老顶“砌体梁”结构的形式以及如何简化此结构以及关键块分析中提到的“S-R”稳定、采场整体力学模型的建立、“支架工作阻力-顶板下沉量”双曲线的再讨论以及如何应用断裂岩块的相互作用机制分析煤矿开采后的底板突水准则等,本文也期望矿压界的科研工作者为进一步完善采场矿山压力理论的研究进行讨论。

According to practical data of a certain working face, the mechanics role of floor strata is simulated by means of finite element method and danger(f)us I)oint of floor water Inrush is predicted, future "lore relationship between roof pressure and water inrush from floor has been;Inalyzed.

以某采煤工作面的实际资料为依据,进行了有限元法模拟和底板岩层的力学规律分析,并据此预测底板突水的危险点,进而分析来压和突水的相互关系。

 
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