故障形式的英文

• failure mode

• "故障"英文翻译    hitch; breakdown; stoppage; ...
• "形式"英文翻译    form; shape; layout; modalit ...
• "故障形式和影响分析" 英文翻译 :    failure mode and effect analysis
• "故障形态与影响分析" 英文翻译 :    failure mode and effect analysis
• "形式" 英文翻译 :    1.(事物的形状、结构等) form; shape; layout; modality 流于形式 become a mere formality; 形式多样 be various in forms; 形式和内容 form and content; 他已经肯定获得那份工作了, 口头审查仅是形式而已。 he is already assured of the job and his interview is a mere formality.2.[自动化] (数据安排) format; [数学] quantic; shape
• "故障" 英文翻译 :    hitch; breakdown; stoppage; fault; faulting; accident; blunder; bug; conk; failure; impairment; inaction; malfunction; mischance; mischief; missing; out-of-order; trouble; wrecking; pravity; foulup; conkout; defect 找出故障 locate a trouble; find out fault; 这机器出了什么故障? what's the trouble with the machine?; 故障测定 failure terms; 故障测试 fault test; 故障查找 trouble shoot; trouble shooting; 故障处理 recovery processing; 故障分布 failure distribution; 故障分析 fault analysis; malfunction analysis; 故障检修 trouble shooting; corrective maintenance; 故障排除 trouble removal; 故障预测 failure prediction
• "1-形式" 英文翻译 :    differential form
• "lsz形式" 英文翻译 :    lsz formalism
• "波形式" 英文翻译 :    waveshape
• "窗形式" 英文翻译 :    window section
• "次形式" 英文翻译 :    form of degree
• "多形式" 英文翻译 :    multiform
• "范形式" 英文翻译 :    norm form
• "极形式" 英文翻译 :    polar form
• "尖形式" 英文翻译 :    cusform
• "类型，形式" 英文翻译 :    type
• "菱形式" 英文翻译 :    diamond type
• "零形式" 英文翻译 :    zero form
• "模形式" 英文翻译 :    modular form
• "逆形式" 英文翻译 :    inverse form
• "弱形式" 英文翻译 :    weak form
• "竖形式" 英文翻译 :    vertical format
• "显形式" 英文翻译 :    explicit form
• "辛形式" 英文翻译 :    symplectic form
• "新形式" 英文翻译 :    new style

• For synchronous generator , loss of excitation is a serious fault and the corresponding protection often refuse to operate or maloperate
  发电机低励失磁故障是一种严重的故障形式，低励失磁保护也是发电机保护的重点和难点。
• The development of technology of fault diagnosis for gear , fault forms , mechanism and characteristics of gear vibration , and common methods of fault diagnosis for gear are mentioned systematically
  系统阐述了齿轮故障诊断技术的发展状况，齿轮的故障形式、振动机理和振动特点，以及常用的齿轮故障诊断方法。
• All the possible operation states are rationally incorporated into a practical state framework . load curtailment is the major criterion to classify states , as well as severity of failure mode
  认为各种故障形式和控制措施最后都以切负荷量的形式反映出来，因此将切负荷作为状态定义的主要判据，兼顾个别严重故障模式和严重故障后果对系统运行的影响。
• And a leveled systemic fault diagnosis model is established lastly . by laboring stretch - bending former system function demands , its condition monitoring contents and hardware testing platform are established . also , fault signals acquisition , examination and process methods are researched as well
  在详细分析了转台式拉弯机液压系统的组成结构、工艺特点和故障形式及特点的基础上，确立了液压系统状态监测的内容，组建了系统测试的硬件平台。
• It mainly includes following aspects : in this paper , firstly implication of wavelet analysis in signal harmonic component extraction is presented in detail , and on this foundation signal given frequency band component extraction method is proposed . then we investigate frequency aliasing phenomenon , reason why frequency aliasing phenomenon is easy happened when wavelet is implied in field of motor fault diagnosis , and frequency bands where frequency aliasing phenomenon is easer happened , and put forward approved morlet wavelet analysis method which can effectively alleviates frequency aliasing phenomenon . third we set up vibration signal detected system , design experiments to obtain three groups of fault signals : eccentricity fault , mixed fault of eccentricity plus mild rub , mixed fault of eccentricity plus moderate rub , and process these data using analysis method proposed in this paper
  首先对论文的选题以及相关背景进行了探讨,并对相关的小波基础理论进行了阐述,主要针对感应电动机的偏心故障和偏心+碰摩复合故障形式及相关的应用算法进行了详细探讨,主要工作内容包括下面几个方面:在论文中,首先对小波分析在信号的谐波分量提取中的应用进行了研究,在此基础上,提出了信号的特定频带成分的提取方法;研究了小波分析的频域混叠现象,探讨了小波分析应用于电机故障诊断领域时易发生频域混叠现象的原因,以及混叠现象较易发生的频带,提出了可以有效减轻频域混叠现象的改进的morlet小波分析方法;搭建了振动信号检测系统,设计实验采集得到三组故障数据:偏心故障,偏心+轻微碰摩复合故障,偏心+中度碰摩复合故障,并对这些数据应用本文提出的分析方法进行信号处理,提取出的特征参数可有效区分这两种故障形式;研究了基于matlab和labview的混合编程方法,完成了电机故障检测系统的软件开发。
• Based on the analysis of autonomous underwater vehicle ( auv ) sensor failure , diagnosis methods corresponding to three kinds of sensor failure are presented , that is , through that no sensor output for a long time to diagnose the fault of sensor signal gathered keeping unchanged , linear smoothing to solve the vibration of sensor signal , wavelet transform to inspect the broken sensor signal
  摘要在分析水下机器人传感器故障形式的基础上，对传感器可能出现的三种故障形式分别给出了相应的诊断方法，即通过传感器长时间采集不到数据来诊断传感器信息保持不变的故障，线性平滑滤波解决传感器输出振荡，小波变换检测传感器信息的突变。
• This article based on demand of production specially of that operator of production can master a little knowledge just to use it , research theory of artificial intelligence , motor fault mechanism and fault forms jooking for junction between artificial and motor fault diagnosis . further research expert system of motor fault diagnosis based on framewprk theory , seeking after motor fuzzy diagnosis and so on
  本文从生产实践要求出发，针对生产操作者能够不用掌握太多的专业知识也能操作，研究人工智能的基本理论和电机故障机理和故障形式，寻找两者的结合点。在此基础上，重点研究基于框架理论的专家系统在电机故障诊断中应用，及探索电机模糊诊断等，在人工智能在故障诊断作了一些探索，主要完成以下工作： 1
• Research motor fault mechanism , going to factory collect information of motors and motor faults , gather signals of fault motor . from framework this article aspect take understanding , analyzing and describing motor fault form , moreover using framework form to figure various fault information , build clear structure of repository
  研究电机故障机理，到工厂搜集电机及其电机故障信息，采集故障电机信号，从框架角度理解，分析和表示故障形式，并用框架表示法表示各种故障信息，构建层次结构清晰知识库。
• This paper regards the copper electrolyze anode product line under electricity - hydraulic controlling as its researching object and studies the technology on hydraulic malfunction diagnosis thoroughly , it also analyzes integrate the methods of malfunction diagnosis and the malfunction forms of hydraulic components . basing on this knowledge , this paper designs a process surveillance system for hydraulic pump of anode product line
  本文以电液控制铜电解阳极生产线为研究对象，具体到生产线液压系统的动力来源? ?液压泵，对液压故障诊断技术进行了较为深入的研究，对故障诊断的方法、液压泵的故障形式进行了综合分析，在此基础上，设计了阳极生产线生产过程中液压泵的监视系统。

• 故障形式的日语：こしょうモード