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   整体可靠性 在 建筑科学与工程 分类中 的翻译结果: 查询用时:0.023秒
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整体可靠性
相关语句
  whole reliability
    Comprehensive usage of basic pile test method and its whole reliability evaluation
    基桩检测方法的综合运用及整体可靠性评价
短句来源
    Based on test of 20-30% piles, appling reliability to making up synthesized appraise for existing piles, the whole reliability of pile test is increased.
    在检测20%~30%桩的基础上,应用可靠度对现场桩基础做出综合评价,提高了桩基检测的整体可靠性
短句来源
    It introduces normal method of basic pile test,puts forward its comprehensive usage and analyzes its whole reliability by artificial nerve net & Bayeux method,which has certain practical significance & applicative value of project.
    介绍了桩基检测的常规方法 ,对综合运用基桩的检测以及用人工神经网络和贝叶斯方法对基桩整体可靠性进行了分析 ,具有一定的实际意义和工程应用价值。
短句来源
  “整体可靠性”译为未确定词的双语例句
    New Method of Analyzing Fatigue Integrated Reliability of Metal Structure
    金属结构疲劳整体可靠性分析方法
短句来源
    Reliability analysis of spatial cable-prestressed steel structural system with elastic restraint
    弹性约束空间索张拉预应力钢桁架整体可靠性分析
短句来源
    RELIABILITY ANALYSIS OF PLANAR PRESTRESSED STEEL TRUSSES BASED UPON REFLECTION TRANSFORMATION METHOD
    基于映射变换法的平面预应力钢桁架整体可靠性分析
短句来源
    RELIABILITY ANALYSIS OF STRUCTURAL SYSTEM OF SPATIAL PRESTRESSED STEEL TRUSSES
    空间预应力钢桁架整体可靠性分析
    Second, According to the spot measure and the analysis result of the finite element procedures ETABS, PKPM, this paper makes a reasonable analysis of the structure, finds the mainly reasons about the structure's cracking and damage and makes a science evaluation of the structure.
    2.依据现场实测结果应用有限元程序ETABS、PKPM对结构进行整体受力计算,进而对有限元分析结果进行科学分析,找出引起结构构件开裂和破损的主要原因,同时对结构的整体可靠性做出科学评价。
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  structural system reliability
By introducing the load roughness index, the structural system reliability computation under hazard load can be greatly simplified, which is approximately determined by its weakest failure mode.
      
Optimal decision for the target value of performance-based structural system reliability
      
The optimal decision model of the target value of performance-based structural system reliability is established according to the cost-effectiveness criterion in the present paper.
      
The parameter programming and constraint relax models are proved to be equivalent with Kuhn-Tucker conditions when the performance-based structural system reliability constraints are all active.
      
Evaluation of Structural System Reliability Under Horizontal and Vertical Loads.
      


In this paper, first applied“correlation analysis technique”, then advanced a simple, practical reliable new method of pile dynemic test. Adopting majority pile responded to the simple pile excitment for picking up vibration signal, To measure pile stress wave propagation velocity practiallyisto determine pile length according to boundary condition coefficient. Applying correlation analysis, spectral analysis and fault diagnosis technique, the judgement of completeness of piles is presented, puttiong the classification...

In this paper, first applied“correlation analysis technique”, then advanced a simple, practical reliable new method of pile dynemic test. Adopting majority pile responded to the simple pile excitment for picking up vibration signal, To measure pile stress wave propagation velocity practiallyisto determine pile length according to boundary condition coefficient. Applying correlation analysis, spectral analysis and fault diagnosis technique, the judgement of completeness of piles is presented, puttiong the classification of pile based on above mentioned and giving analysis. The contrast tests of dyna-mic load and static load of piles is provided. The correlation coefficient of dynamic load test and static load test are determined. The standard value of simple pile vertical bearing capaity is exactly reliably determined. Based on test of 20-30% piles, appling reliability to making up synthesized appraise for existing piles, the whole reliability of pile test is increased.

本文首次应用“相关分析技术”提出了一套简单、实用、可靠的桩基动态检测新方法。采用单桩激振,多桩响应拾取振动信号;实测桩身应力波波速;根据边界条件系数确定桩长;应用相关分析。谱分析及故障诊断技术判断桩身的完整性,并在上述试验,分析的基础上对桩基础进行分类。进行桩基的动静载荷试验时比,确定动、静相关系数,准确可靠地推算单桩坚向承载力标准值。在检测20%~30%桩的基础上,应用可靠度对现场桩基础做出综合评价,提高了桩基检测的整体可靠性

It introduces normal method of basic pile test,puts forward its comprehensive usage and analyzes its whole reliability by artificial nerve net & Bayeux method,which has certain practical significance & applicative value of project.

介绍了桩基检测的常规方法 ,对综合运用基桩的检测以及用人工神经网络和贝叶斯方法对基桩整体可靠性进行了分析 ,具有一定的实际意义和工程应用价值。

With the development of transportation turning gradually into the important social and economic activities at present,the traffic safety problems become therefore noticeable,which is not only in land-carriage but also in waterage.The demestic refuse is usually carried away through waterway for the moment in the cities with relatively developed waterage.But safety problems exist,such as sinking,drowning,and fire and explosion resulting from waste firedamp,etc,because of unmatching man-machine factors.Based on...

With the development of transportation turning gradually into the important social and economic activities at present,the traffic safety problems become therefore noticeable,which is not only in land-carriage but also in waterage.The demestic refuse is usually carried away through waterway for the moment in the cities with relatively developed waterage.But safety problems exist,such as sinking,drowning,and fire and explosion resulting from waste firedamp,etc,because of unmatching man-machine factors.Based on the qualitative and quantitative analysis in this paper it was put forward that one should set about to improve the design and increase the reliability of the whole man-machine-environment system during waterage in order to solve the safety problems.

随着交通运输业日趋成为现代人们社会和经济活动的重要内容,交通问题由此突出,这不仅包括陆上交通、水路也是重要部分。目前在水陆交通较发达的城市,生活垃圾常通过水路清运,由于人机因素不相匹配,存在诸如沉船、淹溺、垃圾沼气引起船舱起火爆炸等安全问题。本文在对该过程人机因素定性与定量分析的基础上,提出解决上述安全问题应当从提高人、机、环系统整体可靠性等途径着手,为此,进行了改进设计。

 
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