搜索资源列表
analysis
- 倒频谱分析及共振解调，广泛应用于故障诊断及状态监测等领域-Cepstrum Analysis
audio
- 调制与解调用于随机共振的微弱周期信号检测DSP实现-DSP C
resonance-demodulation
- LabVIEW下自动实现共振解调，广泛应用于轴承信号故障诊断。-LabVIEW automatically achieve resonance demodulation, the signal is widely used in bearing fault diagnosis.
Resonant-demodulation-
- 用共振解调法实现轴承的内圈、故障外圈故障、滚动体故障的自动识别-Use resonant demodulation method to implement bearing the inner circle, fault fault, between the fault of roller automatic identification.
cd4ef1.ZIP
- 共振解调与小波降噪在电机故障诊断中的应用Demodulated resonance technique and wavelet denoising and its application in fault diagnosis of motor-Demodulated resonance technique and wavelet denoising and its application in fault diagnosis of motor
labview
- labview共振解调读取波形文件，适用于共振解调方法，对信号处理-Read labview resonant demodulation waveform file, applicable to the resonance demodulation method of signal processing
gongzhenjietiao
- 利用共振解调，分析齿轮和轴承的信号，找出故障频率，此为源代码。-Using the resonance demodulation analysis the gear and bearing signals to identify the frequency of failure, this is the source code.
Bearing_failure_analysis
- 共振解调,轴承故障分析程序,对故障信号进行小波分析，获取轴承故障信息-Demodulated resonance, bearing failure analysis program, the fault signal wavelet analysis for bearing fault information
envelope-bearing-diagnosis
- 共振解调法轴承诊断 包络谱包括外环内环滚子故障诊断-Resonance demodulation method envelope bearing diagnostic spectrum, including outer inner roller Troubleshooting
GZJIETIAO
- 共振解调实验，是轴承检测的好方法，可以参考-Demodulated resonance experiments, is a good way bearing detection can refer
med2d
- 一种基于最小熵反褶积( ]8+83)3 6+D*(A4 Q20(+W(-)D8(+，]6Q) 的滚动轴承故障特征提取方法: 在利用 /X 模型去除齿轮啮合产生的确定性信号的基础上，对保留信号进行最小熵反褶积，增强冲击信号"该方法避免了传统轴承故障诊断方法中带通滤波器设计的难题，实车测试表明: 与共振解调技术相比，该方法提取的滚动轴承故障特征更加明显，更适合于工程应用"-Based on minimum entropy deconvolution (] 8+83) 3 6+D* (A4 Q20 (
Untitled100
- 共振解调的源代码，用于对滚动轴承的振动信号处理，并通过fft变换，进行故障诊断-Resonance demodulation source code for rolling bearing vibration signal processing and through the fft transform, fault diagnosis
Untitled
- 含有实验所得的滚动轴承故障数据，共振解调法用于对振动信号的故障诊断，并能准确判定故障发生的部位。-Rolling Bearing Fault contains experimental data obtained, the resonance demodulation method for fault diagnosis of vibration signals, and can accurately determine the site of the fault.
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- 为了实现轴承的共振解调定量精密诊断,应当应 用确定的测试系统-In order to achieve resonance demodulation quantitative precision bearing diagnosis, should be The test system used to determine the
XieZhen
- 谐振电路板，完美实现对于振动加速度传感器输出的故障信号进行共振解调的功能-Resonant circuit board, the perfect realization of the acceleration sensor output fault signal carried resonance demodulation functions
Matlab.m
- 共振解调法诊断轴承损伤类故障的原理概述如下:当轴承某一元件表面出现局部损伤时，在受载运行过程中要撞击与之相互作用的其它元件表面，产生冲击脉冲力，由于冲击脉冲力的频带很宽，必然包含轴承外圈、传感器甚至附加的谐振器等的固有频率而激起这个测振系统的高频固有振动。根据实际情况可以选择某一高频固有振动作为研究对象，通过中心频率等于该固有频率的带通滤波器把该固有振动分离出来。然后进行包络解调，去除高频衰减振动的频率成分，得到只包含故障特征信息的低频包络信号，对这一包络信号进行频谱分析便可以容易地诊断出轴承的
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- 针对异步电机形成复合故障时电流频谱存在的故障频率成分难以准确分离的问题，结合 小波降噪算法与共振解调技术，提出一种异步电机复合故障分离方法。-For questions asynchronous motors form a complex spectrum of the existence of the fault current is difficult to accurately separate frequency component failure, combined Wavel
共振解调
- 分解信号，信号处理，故障诊断，轴承以及齿轮(Resonance demodulation)
gongzhenjietiao
- 共振解调的matlab程序实现，便于对信号的进一步分析(The matlab program of resonance demodulation is realized, which is convenient for further analysis of signals.)
变分模态方法
- 变分模态分解方法能够使一个多频带的故障信号，分解出具有单个频带的子信号，然后使用共振解调方法可实现故障信号的诊断。(VMD method can decompose a multi band fault signal into a single band sub signal, and then use resonance demodulation method to realize fault signal diagnosis.)