Intelligent fault diagnosis of helical gearboxes with compressive sensing based non-contact measurements

Keyphrases

• Helical Gear 100%
• Compressed Sensing 100%
• Non-contact Measurement 100%
• Intelligent Fault Diagnosis 100%
• Modulation Signal Bispectrum 75%
• Thermal Image 75%
• Acoustic Signal 50%
• Neural Network Method 50%
• Thermoacoustics 50%
• Dual-channel Convolutional Neural Network 50%
• Gearbox Fault 50%
• Fault Diagnosis 25%
• Industrial Application 25%
• Single Domain 25%
• Operating Conditions 25%
• Airborne Sound 25%
• Health Condition 25%
• Gear Fault 25%
• Random Noise 25%
• Gear Fault Diagnosis 25%
• Single Channel 25%
• Heavy-duty 25%
• Fault Type 25%
• Mobile Phone 25%
• Power Transmission 25%
• Training Intensity 25%
• Diagnostic Accuracy 25%
• Harsh Environment 25%
• Conventional Measurements 25%
• Electrical Signal 25%
• Health Diagnosis 25%
• Convolutional Neural Network Training 25%
• Two-dimensional Matrix 25%
• Dangerous Environments 25%
• Magnitude Image 25%
• Image Signal 25%
• Irrelevant Component 25%
• High Sparsity 25%
• Lubricant Analysis 25%
• Acoustic Modulation 25%
• Image Redundancy 25%

Engineering

• Fault Diagnosis 100%
• Gearbox 100%
• Compressive Sensing 100%
• Signal Modulation 50%
• Convolutional Neural Network 50%
• Acoustic Signal 33%
• Experimental Result 16%
• Two Dimensional 16%
• Power Transmission 16%
• Vibration Analysis 16%
• Industrial Application 16%
• Single Channel 16%
• Critical Role 16%
• Neural Network Training 16%
• Mobile Phone 16%
• Transducer 16%
• Sparsity 16%
• Electrical Signal 16%
• Dimensional Matrix 16%
• Image Signal 16%
• Domain Measurement 16%