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BIM技术在砂石矿山工程施工进度管理中的有效应用
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作者 李伟 《工程设计与施工》 2024年第7期131-133,共3页
本研究以实际砂石矿山工程为对象,通过采用BIM技术,展开了全面而深入的探讨。研究发现,BIM技术可以实时收集和处理大量的施工数据,实现对砂石矿山工程施工进度的细致管理和控制,而且能通过对各施工环节的优化,提高施工效率,降低成本。另... 本研究以实际砂石矿山工程为对象,通过采用BIM技术,展开了全面而深入的探讨。研究发现,BIM技术可以实时收集和处理大量的施工数据,实现对砂石矿山工程施工进度的细致管理和控制,而且能通过对各施工环节的优化,提高施工效率,降低成本。另外,BIM技术还可以帮助工程方案的可视化表达,使得施工进度的把控更为直观和便捷。总体来看,BIM技术在砂石矿山工程施工进度管理中的应用,不仅节约了资源,提高了效率,而且可以大幅降低施工过程中的各类风险,研究结果为砂石矿山工程施工进度的科技管理提供了有益实践和理论借鉴。 展开更多
关键词 BIM技术 砂石矿山工程 施工进度管理 大数据
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Study on the cutting plane friction law of sandstone 被引量:1
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作者 翟英达 康立勋 《Journal of Coal Science & Engineering(China)》 2003年第2期40-42,共3页
The friction characteristics of rock damage plane have important impact on the stability of block structure formed after the stratum is broken. The mechanics properties of rock damage plane are described by parameters... The friction characteristics of rock damage plane have important impact on the stability of block structure formed after the stratum is broken. The mechanics properties of rock damage plane are described by parameters such as roughness coefficient, wall compress strength and basic friction angle. These three coefficients for fine grain sandstone and medium granular sandstone and grit sandstone are test. The friction stress is researched at the condition of different normal compressive stress acting on the tension damage plane. The friction law of tension damage plane of sandstone abided by is summed up. This law will provide scientific basis for block structure stability judging in basic roof stratum and roof pressure intensity calculating. 展开更多
关键词 tension damage plane FRICTION roughness coefficient wall compressive strength basic friction angle
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