1)blasting vibration爆破振动
1.Discussion on the safety criterion of blasting vibration considering the effect of vibration frequency;考虑振动频率的爆破振动安全标准的探讨
2.New method for determining blasting vibration damage criterion on open-pit slope and its application;露天矿边坡爆破振动破坏判据新方法及其应用
3.Effect analysis and controlled measures research about blasting vibration to neighboring tunnel;爆破振动对相邻隧道的影响性分析及控爆措施
英文短句/例句
1.Study of Time and Frequency Analysis of Blasting Vibration Signal and the Prediction of Blasting Vibration Characteristic Parameters and Damage;爆破振动信号时频分析与爆破振动特征参量和危害预测研究
2.The Study on Blasting Vibration of Xiamen Undersea Tunnel Constructed by Drilling and Blasting Method厦门海底隧道钻爆施工爆破振动规律研究
3.Safety Criterion of Blasting Vibration for Existing Tunnel in Close Explosion Source近爆源的既有隧道爆破振动之安全判据
4.Diversion Tunnel Blast Vibration Effect Analysis during Powerstation Expansion Project;增容扩机时引水洞爆破振动影响分析
5.Discussion on the Utilization of Blasting Vibration Formula对应用爆破振动计算公式的几点讨论
6.Measurement and analysis of blasting vibration under the condition of different blasting explosives不同装药量下的爆破振动测试与分析
7.Testing and Analyzing of 5.5 kt Chamber Blasting Vibration5.5kt硐室大爆破振动测试及分析
8.Study on Critical Failure Vibration Velocity of Underground Chambers under Action of Blasting Vibration爆破振动作用下地下洞室临界振速的研究
9.The Identifying Method of the Blasting Vibration Destruction Scope on the Resident Houses about the Quarry采石场周边民房爆破振动破坏范围的鉴定方法
10.Blast-cutting of the Gate Slot of Huangling Water Gate in Wuhan for Slot Widening and Monitoring of Blasting Vibration武汉黄陵闸闸门槽扩宽爆破切割与爆破振动监控
11.Blasting Vibration Monitoring of Foundation Rock Loose Blasting near Building临近建筑物基坑岩石松动爆破振动监测
12.Test report of vibration induced by blasting in Xianyueshan municipal tunnel in Amoy厦门仙岳山公路隧道爆破振动测试报告
13.ANALYSIS ON BLASTING VIBRATION EFFECT ON PRSTRESSED CABLE OF HIGH SLOPE IN ZIPINGPU PROJECT紫坪铺进水口高陡边坡锚索抗爆破振动分析
14.Field Experimental and Theoretical Study on Blating Wave Propagation Charcteristics under Different Terrains;地形地貌对爆破振动波影响的实验和理论研究
15.Applied Fundamental Research of Blasting Vibration Analysis Based on Wavelet Transform;基于小波变换爆破振动分析的应用基础研究
16.Superposition Method of Blasting Vibration and Its Application in Open-pit Mine;爆破振动信号叠加法及其在露天矿的应用
17.Fuzzy Measure Research of the Blasting Vibration Effect on Open-pit Slope;爆破振动对露天矿边坡影响的模糊测度研究
18.Research on Influence of Blasting Vibration in Digging Tunnels upon Existing Tunnels;隧洞开挖爆破振动对已有隧洞影响的研究
相关短句/例句
blast vibration爆破振动
1.Laws of energy distribution in different frequency bands for blast vibration signals;爆破振动信号不同频带的能量分布规律
2.The features of energy distribution for blast vibration signals in underground engineering by wavelet packet analysis;地下工程爆破振动信号能量分布特征的小波包分析
3.Application of the L-M optimization algorithm to predicting blast vibration parameters;L-M优化算法在爆破振动参数预测中的应用
3)Explosion vibration爆破振动
1.The concerned measuring and testing methods and the analysis methods as well as several different kinds of analysis processing softwares of explosion vibration are discussed.讨论了对爆破振动的有关测试、分析方法和几种对爆破振动的不同分析处理软件 ,并详细阐述了几种常用处理方法的性能特点 ,从而达到指导实际测试的目的 ,提高数据处理的正确性和科学
2.Adopting the 2D afor windows finite element program, the mechanical actions during construc tion for seven key cross sections and influence on the ground environment due to different construction meth ods and explosion vibration are analyzed.采用 2 D—— σ for windows有限元程序 ,对广州地铁公园前站至纪念堂站区间隧道 7个关键剖面进行施工力学分析 ,研究不同施工工艺对地面环境的影响 ,并且分析了施工爆破振动对地面环境的影响。
3.With the help of the wavelet analysis,the relationship between the explosion vibration energy and the wavelet coefficients is indicated.作者认为由于小波分析在时 -频程上的特性 ,它在分析爆破振动信号能量时具有重要的推广意义。
4)vibration blasting振动爆破
5)vibration wave of blasting爆破振动波
1.By experiments on the spot and theoretic analyses,comprehensive studies are carried out on the law of propagation of vibration wave of blasting under different terrains.论文结合广东岭澳核电站二期工程爆破负开挖振动监测,通过现场实验和理论分析较系统地研究了地形地貌对爆破振动波的影响。
6)Blasting viberation measurement爆破振动观测
延伸阅读
振动振动vibration描述系统状态的参量（如位移、电压）在其基准值上下交替变化的过程。狭义的指机械振动，即力学系统中的振动。电磁振动习惯上称为振荡。力学系统能维持振动，必须具有弹性和惯性。由于弹性，系统偏离其平衡位置时，会产生回复力，促使系统返回原来位置；由于惯性，系统在返回平衡位置的过程中积累了动能，从而使系统越过平衡位置向另一侧运动。正是由于弹性和惯性的相互影响，才造成系统的振动。按系统运动自由度分，有单自由度系统振动（如钟摆的振动）和多自由度系统振动。有限多自由度系统与离散系统相对应，其振动由常微分方程描述；无限多自由度系统与连续系统（如杆、梁、板、壳等）相对应，其振动由偏微分方程描述。方程中不显含时间的系统称自治系统；显含时间的称非自治系统。按系统受力情况分，有自由振动、衰减振动和受迫振动。按弹性力和阻尼力性质分，有线性振动和非线性振动。振动又可分为确定性振动和随机振动，后者无确定性规律，如车辆行进中的颠簸。振动是自然界和工程界常见的现象。振动的消极方面是：影响仪器设备功能，降低机械设备的工作精度，加剧构件磨损，甚至引起结构疲劳破坏；振动的积极方面是：有许多需利用振动的设备和工艺（如振动传输、振动研磨、振动沉桩等）。振动分析的基本任务是讨论系统的激励（即输入，指系统的外来扰动，又称干扰）、响应（即输出，指系统受激励后的反应）和系统动态特性（或物理参数）三者之间的关系。20世纪60年代以后，计算机和振动测试技术的重大进展，为综合利用分析、实验和计算方法解决振动问题开拓了广阔的前景。
