Keywords: تحمل عنصر رول; Rolling element bearing; Spall size estimation; Variational Mode Decomposition (VMD);
مقالات ISI تحمل عنصر رول (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: تحمل عنصر رول; REB; rolling element bearing; SES; squared envelope spectrum; SK; spectral kurtosis; STFT; short-time Fourrier transform; MED; minimum entropy deconvolution; CS; cyclostationary; SC; spectral correlation; SCoh; spectral coherence, IES, improved envelope s
Keywords: تحمل عنصر رول; Control moment gyros; Output torque; Rolling element bearing; Disturbances;
Keywords: تحمل عنصر رول; Double-impulse phenomenon; Experimental investigation; Hybrid ceramic ball bearings; Rolling element bearing; Spall;
Keywords: تحمل عنصر رول; Rolling element bearing; Condition-based maintenance; Prognostics; Convolutional neural network; Long-short-term memory network;
Keywords: تحمل عنصر رول; EHD lubrication; Electrical capacitance; Film thickness measurement; Rolling element bearing;
Keywords: تحمل عنصر رول; Rolling element bearing; Fault diagnosis; Stochastic resonance; Time-frequency distribution; Spectrogram;
Keywords: تحمل عنصر رول; Convolutional neural network; HMM; Feature extraction; Rolling element bearing; Fault diagnosis;
Keywords: تحمل عنصر رول; Multiscale morphology analysis; Structuring element scale; Feature energy factor; Rolling element bearing; Fault diagnosis;
Keywords: تحمل عنصر رول; Minimum entropy deconvolution; Particle swarm optimization algorithm; Fault diagnosis; Railway; Rolling element bearing;
Keywords: تحمل عنصر رول; Rolling element bearing; Localised defect; Vibration; Condition monitoring; Explicit dynamics finite element analysis; LS-DYNA;
Keywords: تحمل عنصر رول; Rolling element bearing; Spall size;
Keywords: تحمل عنصر رول; Rotor-bearing-casing system; Dynamic model; Rolling element bearing; Localized faults; Characteristic frequency;
Keywords: تحمل عنصر رول; Morphological filtering; Repeated single-scale morphology; Fault detection; Rolling element bearing;
Keywords: تحمل عنصر رول; Kurtogram; Over-complete rational dilation wavelet transform; Rolling element bearing; Fault diagnosis; Autocorrelation; AC; autocorrelation coefficient; BDF; ball defect frequency; HFRT; high frequency resonance technique; EO; energy operator; FFT; fast
Keywords: تحمل عنصر رول; Rolling element bearing; Bearing life; Accelerated life test; Quasi-dynamic;
Keywords: تحمل عنصر رول; Rolling element bearing; Fault diagnosis; Statistical analysis; Artificial intelligence; Fast EEMD; Modified LGPCA;
Keywords: تحمل عنصر رول; Adaptive feature selection; Affinity propagation; Rolling element bearing; Intelligent fault diagnosis;
Keywords: تحمل عنصر رول; Envelope Detection (ED); Particle Swarm Optimisation (PSO); Hilbert transform; Rolling element bearing; Fault diagnosis; High Frequency Resonant Technique (HFRT);
Keywords: تحمل عنصر رول; Multi-scale morphological filter; Diagonal slice spectrum; Quadratic frequency coupling; Rolling element bearing; Fault diagnosis;
Keywords: تحمل عنصر رول; Maximum correlated kurtosis deconvolution (MCKD); Improved MCKD; Rolling element bearing; Fault diagnosis; Compound-fault; Autocorrelation;
Keywords: تحمل عنصر رول; Morphological filtering; Multiscale filtering; Time-varying filtering; Structure element; Rolling element bearing; Fault diagnosis;
Keywords: تحمل عنصر رول; Rolling element bearing; Simulated vibration signature; Fault diagnosis; Bond graph; Multi-body dynamics;
Keywords: تحمل عنصر رول; Hybrid modelling; Diagnosis; Prognosis; Synthetic data; Condition based maintenance; Rolling element bearing;
Keywords: تحمل عنصر رول; Rolling element bearing; Rolling contact; Friction; Simulation;
Keywords: تحمل عنصر رول; Wind turbines; State-of-the-art; Condition monitoring; Fault detection; Rolling element bearing; Future challenges;
Keywords: تحمل عنصر رول; Deep belief networks (DBNs); Wavelet packet transform (WPT); Hierarchical diagnosis network (HDN); Fault diagnosis; Rolling element bearing;
Keywords: تحمل عنصر رول; Rolling element bearing; Feature extraction; Sparse representation; Matching pursuit
Keywords: تحمل عنصر رول; Shift-invariant dictionary learning; Sparse representation; Adaptive feature extraction; Rolling element bearing; Hidden Markov model; Double impulses;
Keywords: تحمل عنصر رول; Rolling element bearing; Fault diagnosis; Morphological filter; Kurtogram;
Keywords: تحمل عنصر رول; Rolling element bearing; Acoustic emission signals; Condition monitoring; Wavelet packet transform; Statistical analysis; Defect size calculation;
Keywords: تحمل عنصر رول; Rolling element bearing; Bearing diagnostics; Demodulation band; Envelope analysis; Electromagnetic interference;
Keywords: تحمل عنصر رول; Rolling element bearing; Bond graph model; Variable and slow speed operation; Condition monitoring; EMD-based de-noising;
Keywords: تحمل عنصر رول; Thermal failure; Thermal instability; Rolling element bearing; Dynamic model;
Keywords: تحمل عنصر رول; Synchronous averaging reassigned wavelet scalogram; Impact information; Incipient fault recognition; Rolling element bearing; Weak fault classification
Keywords: تحمل عنصر رول; Switching Kalman filter; Rolling element bearing; Bayesian estimation; Prognostics; Remaining useful life;
Keywords: تحمل عنصر رول; Rolling element bearing; Wavelet packet transform; Manifold learning; Permutation entropy; Fault diagnosis
Keywords: تحمل عنصر رول; Rolling element bearing; Bearing diagnostics;
Keywords: تحمل عنصر رول; Rolling element bearing; Dynamic load capacity; Particle swarm optimization; Teaching-learning based optimization; TLBO; Teaching-learning based optimization algorithm; GA; Genetic algorithm; PSO; Particle swarm optimization;
Keywords: تحمل عنصر رول; Wind turbine; Fault detection; Multiwavelet denoising; Data-driven block threshold; Rolling element bearing;
Keywords: تحمل عنصر رول; Rolling element bearing; bearing elements defect; vibration spectrum analysis
Keywords: تحمل عنصر رول; Fault diagnosis; Dependent feature vector; Probability neural network; Empirical mode decomposition; Rolling element bearing;
Keywords: تحمل عنصر رول; Sparse representation; Dictionary learning; Weak fault detection; Latent components; Rolling element bearing; Gear
Keywords: تحمل عنصر رول; Rolling element bearing; Hierarchical model; Transition matrix; Anomaly detection; Real time
Keywords: تحمل عنصر رول; Multifractal features; Wavelet leaders; Rolling element bearing; Fault diagnosis; Support vector machines
Keywords: تحمل عنصر رول; Fault diagnosis; Linear discriminant analysis; Rolling element bearing; Pattern recognition; Vibrations;
Keywords: تحمل عنصر رول; Fault detection; Rolling element bearing; Ant colony optimization; Support vector machine; Meshing;
Fault feature extraction based on combination of envelope order tracking and cICA for rolling element bearings
Keywords: تحمل عنصر رول; Constrained independent component analysis; Envelope analysis; Feature extraction; Order tracking; Rolling element bearing;
The Autogram: An effective approach for selecting the optimal demodulation band in rolling element bearings diagnosis
Keywords: تحمل عنصر رول; Autogram; Rolling element bearing; Cyclostationary; Autocorrelation; Spectral Kurtosis; Kurtogram; Diagnosis; Defect; Threshold; Undecimated wavelet packet transform;
A bearing fault diagnosis technique based on singular values of EEMD spatial condition matrix and Gath-Geva clustering
Keywords: تحمل عنصر رول; Rolling element bearing; Fault diagnosis; EEMD; SVD; Spatial condition matrix; Gath-Geva clustering;