Short Circuit and Broken Rotor Faults Severity Discrimination in Induction Machines Using Non-invasive Optical Fiber Technology

Keyphrases

• Optical Fiber Technology 100%
• Induction Machine 100%
• Stray Flux 100%
• Fault Severity 100%
• Broken Rotor Fault 100%
• Condition Monitoring 75%
• T-sensor 75%
• Picometer 75%
• Rotor 50%
• Terfenol-D 50%
• Machining Conditions 50%
• Fault Detection 50%
• Three-machine 50%
• Electric Machines 50%
• Fiber Grating 25%
• Optical Fiber 25%
• Order of Magnitude 25%
• Wavelength Shift 25%
• Fiber Bragg Grating 25%
• Numerical Results 25%
• Multiple Techniques 25%
• Bragg Wavelength Shift 25%
• Datalog 25%
• Matrix Laboratory (MATLAB) 25%
• LabVIEW 25%
• Monitoring Solution 25%
• More-electric 25%
• Spectral Content 25%
• Triaxial 25%
• Severe Fault 25%
• Magnetic Dipole 25%
• Sustainable Environment 25%
• Internal Conditions 25%
• Optimal Position 25%
• Magnetostrictive Behavior 25%
• Inter-turn Fault 25%
• Comprehensive Application 25%
• Magnetic Flux Density Measurements 25%
• Giant Magnetostrictive Transducer 25%
• Machine Fault Detection 25%
• Fault Detection Algorithm 25%
• Optimal Sensitivity 25%
• Fast Fourier Transform Analysis 25%
• Fault Locating 25%

Engineering

• Fiber Bragg Grating 100%
• Rotors 100%
• Optical Fibre Technology 100%
• Induction Machine 100%
• Condition Monitoring 75%
• Transducer 50%
• Electric Machine 50%
• Fiber Grating 25%
• Fiber Optics 25%
• Experimental Result 25%
• Fourier Transform 25%
• Detection Technique 25%
• Bragg Wavelength Shift 25%
• Data Logging 25%
• Fast Fourier Transform 25%
• Magnetic Flux 25%
• Rotor Circuit 25%

Material Science

• Fiber Bragg Grating 100%
• Glass Fiber 100%
• Electronic Circuit 100%
• Detection Technique 25%
• Composite Material 25%