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- Measuring
vibration
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Basic measurement types: acceleration, velocity and displacement
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Transducer types part I
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Transducer types part II
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Selecting a transducer and units
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Positioning the sensor on the machine
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Mounting the sensor
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Collecting routine measurements
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Measuring phase
- Data
processing
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Introduction and sampling
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Understanding aliasing
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Understanding windowing
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Understanding dynamic range
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Understanding averaging part I
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Understanding averaging part II
- Vibration
analysis
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Analyzing vibration: the four main phases
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The detection phase: exception report and setting fixed alarms
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The detection phase: utilizing calculated alarm limits
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The detection phase: band and envelope alarm limits
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The detection phase: advanced topics
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The analysis phase: an introduction, plus trending
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Analysis phase: spectral analysis part I
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Analysis phase: spectral analysis part II
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Analysis phase: spectral analysis part III
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Analysis phase: spectral analysis part IV
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The analysis phase: time waveform analysis
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Root cause analysis
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Verification (acceptance testing)
- Machinery
fault diagnosis
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Diagnosing machine faults
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Diagnosing imbalance part I
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Diagnosing imbalance (II) and eccentricity
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Diagnosing misalignment part I
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Diagnosing misalignment (II), bent shaft, and cocked bearing
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Diagnosing looseness
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Diagnosing rotor rub and journal bearing faults
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Diagnosing resonant conditions
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Diagnosing rolling element bearing faults
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The nine stages of a bearing fault
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Demodulation and bearing analysis
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Hydraulic and Aerodynamic faults
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Diagnosing pumps, fans, compressors, and reciprocating machines
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Diagnosing electric motor faults
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Diagnosing turbine faults
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Diagnosing gearbox faults
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Diagnosing coupling and belt drive faults
- Running a
successful condition monitoring program
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Running a successful condition monitoring program part I
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Running a successful condition monitoring program part II
fault
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