TRAINING COURSE: vibration analysis and condition monitoring

Module (02) principles of vibration analysis

• 2.1 vibration amplitude
• 2.1.1 vibration displacement
• 2.1.2 vibration velocity
• 2.1.3 vibration acceleration
• 2.2 data acquisition technique
• 2.3 measurement point’s identification
• 2.4 phase concept and measurement

• 3.1 proximity report theory and operation
• 3.2 velocity transducer theory and operation
• 3.3 accelerometer theory and operation
• 3.4 sensor selection criteria
• 3.5 sensors fixation methods and effect 

Module (04) vibration analysis fundamentals

• 4.1 converting from time wave form spectrum.
• 4.2 free vibration concept
• 4.3 forced vibration
• 4.4 resonance phenomena identification and problem solving
• 4.5 critical speed identification
• 4.6 non, sub and synchronous frequencies

Module (05) Rotor unbalance fault detection and solving

• 5.1 unbalance defect reasons
• 5.2 unbalance detection using vibration analysis
• 5.2.1 Detection using spectrum and timewaveform
• 5.2.2 Detection using phase analysis
• 5.2.3 Detection using orbit analysis
• 5.3 unbalance correction method
• 5.4 unbalance impact on machinery health 

Module (06) misalignment defect detection and solving

• 6.1 misalignment sources
• 6.2 misalignment detection using vibration analysis
• 6.2.1 Detection using spectrum analysis
• 6.2.2 Detection using timewave form analysis
• 6.2.3 Detection using phase analysis
• 6.2.4 Detection using orbit analysis
• 6.3 misalignment solving problem
• 6.4 alignment using dial gages
• 6.5 alignment using laser alignment devise
• 6.6 belt alignment

• 7.1 bearing failure sources
• 7.2 bearings failure stages
• 7.3 bearing failure detection
• 7.4 bearing failure effect on machinery health
• 7.5 proper bearings installation methods 

Module (08) other common machinery defects

• 8.1 rotor eccentricity detection
• 8.2 belt defects detection
• 8.3 bent shaft detection
• 8.4 looseness defect detection
• 8.4.1 Internal looseness
• 8.4.2 External looseness