Vibration Analysis

This course provides a comprehensive understanding of vibration analysis principles and their application in industrial machinery and equipment. Participants learn the fundamentals of vibration, including frequency, amplitude, phase, displacement, velocity, and acceleration. The course covers vibration measurement techniques and the proper use of vibration monitoring instruments and sensors. It explains FFT analysis, time-waveform analysis, spectrum interpretation, and frequency-domain diagnostics. Participants learn to identify common machinery faults such as unbalance, misalignment, looseness, bearing defects, and gear problems. The course introduces condition monitoring and predictive maintenance techniques based on vibration data. Practical approaches to data collection, trend analysis, and machine health assessment are also covered. Participants gain knowledge of vibration severity standards and acceptance criteria used in industry. The course emphasizes systematic fault diagnosis and root-cause analysis for rotating equipment. By the end of the course, participants can apply vibration analysis techniques to improve equipment reliability, reduce unexpected failures, and optimize maintenance strategies.