地震多发地区基坑施工监测系统
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摘要
通过在地下埋入传感器来接收土体(或结构)地震反应的信息(三维振动加速度)。采集的信息通过计算机同步显示、分析和存储并可实时进行测点三维振动位移的计算,同时保证在最重要的时候对基坑的稳定性进行数据统计,有利于在地震频发的时间段对基坑安全稳定性进行监测。
The soil(or structure) earthquake response information(three-dimensional vibration acceleration) is received by means of sensors buried in the ground.The collected information via computer can realize simultaneous display,analysis and storage,and can realize real-time three-dimensional vibration displacement measuring point calculations.Meanwhile,the stability of foundation pit to be made data statistics is ensured on the most important moment,which is helpful for the foundation pit security and stability monitoring during the earthquake-prone period.
The soil(or structure) earthquake response information(three-dimensional vibration acceleration) is received by means of sensors buried in the ground.The collected information via computer can realize simultaneous display,analysis and storage,and can realize real-time three-dimensional vibration displacement measuring point calculations.Meanwhile,the stability of foundation pit to be made data statistics is ensured on the most important moment,which is helpful for the foundation pit security and stability monitoring during the earthquake-prone period.
引文
[1]王亚勇,戴国莹.建筑抗震设计规范算例[M].北京:中国建筑工业出版社,2006:17-18.
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