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深部顺槽巷道稳定性控制及效果评估

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为解决基于传统支护参数对深部顺槽巷道支护面临的片帮、顶板下沉以及底鼓等问题,在分析 3#煤层回采巷道地质条件和支护现状的基础上,基于锚索耦合理论优化支护参数,实现支护手段与巷道围岩的二次耦合.同时,在现场布置4个观测点以综合监测支护效果,并综合分析其社会效益.
Stability Control and Effect Evaluation of Deep Channeling Roadway
To solve the problems of fragmentation,roof subsidence,and floor heave faced by traditional support parameters in deep channel roadway support,based on the analysis of the geological conditions and support status of the 3#coal seam mining roadway,the support parameters were optimized using the anchor coupling theory to achieve secondary coupling between the support method and the surrounding rock of the roadway.At the same time,four observation points will be arranged on site to comprehensively monitor the support effect and analyze its social benefits.

deep channeling roadwaycoupling of anchor netroof subsidencefragmentationfloor heave

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西山煤电集团设计院(有限公司),山西太原 030053

深部顺槽巷道 锚网耦合 顶板下沉 片帮 底鼓

2024

自动化应用
重庆西南信息有限公司

自动化应用

影响因子:0.156
ISSN:1674-778X
年,卷(期):2024.65(1)
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