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dam safety monitoring data
相关语句
  大坝监测数据
     Grey system-based dynamic detecting model for dam safety monitoring data
     大坝监测数据的灰色系统动态检验模型
短句来源
     Analysis of dam safety monitoring data based on multi-sensor data fusion theory
     基于多传感器信息融合的大坝监测数据分析
短句来源
     In order to make full use of existing Danjiangkou Dam safety monitoring data, a dam monitoring data warehouse is established.
     为充分利用丹江口大坝现有人工和自动化采集的大坝安全监测数据 ,建立了大坝监测数据仓库。
短句来源
  大坝监测资料
     Weighted area algorithm for comprehensive assessing the influence of environmental variables on affected variables in analysis of dam safety monitoring data
     大坝监测资料分析中环境量对效应量影响综合评价的加权面积法
短句来源
     The concept of distance is introduced to describe the comprehensive influence of environmental variables on affected variables in dam safety monitoring data analysis.
     用距离的概念来描述大坝监测资料分析中环境量对效应量的整体影响效应。
短句来源
  “dam safety monitoring data”译为未确定词的双语例句
     Design and construction of dam safety monitoring data warehouse: with Xiaolangdi Dam taken as an example
     大坝安全监测数据仓库的设计与构建——以小浪底大坝为例
短句来源
     Along with the development of dam safety monitoring and analysis technology, more and more exchange of dam safety monitoring data is needed.
     随着大坝安全监测技术和大坝安全分析技术的发展,大坝安全监测数据交换越来越多。
短句来源
     INDICATOR VARIABLE MODEL FOR DAM SAFETY MONITORING DATA ANALYSIS
     大坝观测资料分析的指示变量模型
短句来源
     APPLICATION OF VB TO REAL-TIME CHARTING OF DAM SAFETY MONITORING DATA
     VB实现大坝安全监测过程线实时绘制
短句来源
     Inverse analysis of mechanical parameters based on dam safety monitoring data
     基于大坝安全监测资料的物理力学参数反演
短句来源
更多       
  相似匹配句对
     Mining the Data in Dam Safety Monitoring
     大坝安全监控中监测数据挖掘的研究
短句来源
     NATIONAL CONFERENCE ON DAM SAFETY MONITORING AND ITS DATA ANALYSIS
     大坝安全监测及资料分析学术讨论会纪要
短句来源
     safety monitoring of auxiliary dam
     副坝工程的安全监测
短句来源
     Distributed data acquisition system for dam safety monitoring
     大坝安全监测主从分布式数据采集系统
短句来源
     Gray model of dam safety monitoring with poor data
     大坝安全监测贫信息的灰模型
短句来源
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This paper analyzed the mechanism of model establiehment of grey system theory GM(n, h) model.Then, it points out the existing problems for using that model to analyze and process large dam safety monitoring data array.On the basis of defining central accumulative reduction generation,equal value generation etc., it finds out a new dynamic system grey model桪GM(n,h) model.Analysis of typical calculation manifests that DGM(n, h)model possesses evident superiority than GM(n, h)model.

本文分析了灰色系统理论GM(n,h)模型的建模机理,进而指出了用该模型来分析处理大坝安全监测数据序列存在的问题。在定义了中心累减生成、均值生成等基础上,导出了一种新的动态系统灰色模型──DGM(n,h)模型。算例分析表明:DGM(n,h)模型比GM(n,h)模型有明显的优越性。

A new method for defermining the weights of factors which are of the dam safety monitoring data evaluation,is proposed.This method is formed by combining the modified analytical hierarchy process with the principal component analysis.And the corresponding calcutation procedures are also given.Finally,a actual dam is takem for example to demonstrate the feasibility and reasonableness of this new method.

提出了大坝实测性态综合评价中一种新的权重确定方法———改进的层次分析法与主成份分析法相结合赋权方法以及相应的算法步骤,并通过计算实例验证了这种新方法的可行性和合理性.

The concrete face rockfill dam of the Tianshengqiao-I Hydropower Project has a height of 178 m and a embankment volume of 18 million m3. It is the highest dam of this kind under construction in China. The safety monitoring of the dam is particularly important for control of the embankment construction quality and ensuring future safe operation of the dam. This paper gives an overall presentation of the whole process from the design of the dam instrumentation, implementation of the design and the preliminary...

The concrete face rockfill dam of the Tianshengqiao-I Hydropower Project has a height of 178 m and a embankment volume of 18 million m3. It is the highest dam of this kind under construction in China. The safety monitoring of the dam is particularly important for control of the embankment construction quality and ensuring future safe operation of the dam. This paper gives an overall presentation of the whole process from the design of the dam instrumentation, implementation of the design and the preliminary analysis of the data collected from the instrumentation. The new situation occurring during the construction of the project raises new requirements and additional observation items for the dam safety monitoring. In turn the the dam safety monitoring data have revealed new working characteristics of the dam which was not known, thus helping further understand the properties of the face rockfill dam.

天生桥一级混凝土面板堆石坝坝高178m,填筑方量1800万,是国内在建的最高面板堆石坝。大坝安全监测对控制坝体施工质量,保证大坝安全运行显得尤为重要。本文从天生桥一级面板堆石坝安全监测设计和设计的实施,到监测资料的初步分析,作了全过程的叙述。在天生桥一级大坝施工中不断遇到的新情况对大坝安全监测提出了新的内容和新的要求;反过来,大坝安全监测的资料又揭示了还未曾认识到的大坝工作特点,丰富了对面板堆石坝性状的认识。

 
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