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作 者:姚志宾 牛文静 张宇[1] 胡磊[1] 张伟[1] YAO Zhi-bin;NIU Wen-jing;ZHANG Yu;HU Lei;ZHANG Wei(Key Laboratory of Ministry of Education on Safe Mining of Deep Metal Mines,Northeastern University,Shenyang 110819,China)
机构地区:[1]东北大学深部金属矿山安全开采教育部重点实验室,沈阳110819
出 处:《工程科学学报》2022年第5期865-875,共11页Chinese Journal of Engineering
基 金:国家自然科学基金资助项目(51839003)。
摘 要:针对深部岩体工程科学前沿的岩爆研究难题,分析了制约其动态定量及智能化预警研究的挑战性问题.为突破挑战问题制约,采用面向对象的B/S+C/S结构,建立了岩爆数据库管理系统,包含岩爆案例数据库、微震波形数据库、微震时序数据库,具备多工程管理、详细数据采集、查询分析、结果导出等功能的岩爆数据库管理系统,成功实现了多工程、多源岩爆灾害信息的详细采集与有效管理.利用多个具有岩爆灾害的深埋岩体工程,对岩爆数据库管理系统进行了应用,取得了较好的效果.结果表明建立的岩爆数据库管理系统具有较好的适用性,可为不同工程岩爆类比研究、岩爆智能预警研究等提供科学、可靠的数据基础与参考.Aiming at the research problems on rockbursts in the forefront of deep rock mass engineering science,the challenges restricting its quantitative dynamics and intelligent warning research were analyzed.The development mechanism of rockbursts and rockburst intelligent monitoring and warning are the key technical issues for the safe construction of deep rock mass engineering.In this study,a rockburst database management system was established to accurately and effectively collect the characteristics of rockbursts and their corresponding geological as well as excavation information,fracture response monitoring,and other information in different stages of the project.On this basis,the differences and connections between different projects were constructed to study the rockburst mechanism and intelligent monitoring and warning of rockbursts as a whole.Accordingly,the problems of lack of sample numbers and unbalanced sample structure of rockburst cases of different types and intensities were effectively solved.Object-oriented B/S + C/S structure was adopted,and the rockburst database management system was established to break through the constraints of challenges.This rockburst database management system includes a rockburst case database,microseismic waveform database,and microseismic time sequence database and has the functions of multi-engineering management,detailed data acquisition,query analysis,and result export.The detailed collection and effective management of multi-engineering and multi-source rockburst disaster information were successfully realized using the database management system.Several deep-buried rock mass projects with the rockburst disaster were used to apply the rockburst database management system.The three challenges of the rockburst mechanism and rockburst intelligent monitoring as well as warning were verified by examples,and satisfactory results were obtained.The results show that the rockburst database management system established in this study has good applicability,can be adapted to the
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