Machinery Vibration Analysis
Condition Based Monitoring
What you will learn
Understand the basics and physical nature of rotating machinery vibrations
Select the appropriate machinery vibration measurement technique
Set up instruments for the basic resolution of amplitude, frequency, and time
Be aware of some causes and effects of bad measurement data
Interpret and evaluate the test results in accordance with applicable standards
Understand the concepts of signal processing
Perform vibration analysis on rotary machine components using time waveform, frequency spectrum, and phase measurements
Identify different mechanical faults such as unbalance, misalignment, bent shaft, cocked bearings, structural looseness, bearings defects, gearbox defects...
Identify different electrical faults such as broken rotor bar, rotor eccentricity, and stator eccentricity
Understand the practical case studies collected from variety of industrial issues.
Why take this course?
This course is prepared for persons who are looking for the first step in the field of predictive maintenance based on vibration analysis and reaching the knowledge of vibration analysis at the end of this course. You will be able to perform a proper setup for data collector, collect good vibration data from rotating machines, understand the basics of vibration signals, and analyze vibration signals such as time waveform, spectrum, and phase to detect the different mechanical and electrical faults in rotary machines.
Main Contents:
Types of Maintenance Programs
Fundamentals of Vibration
Vibration Units ISO
Machine Categories in Process Plant
Vibration Transducers
Concept of Vibration Measurement
Vibration Evaluation ISO Standards
Understanding Data Collection
Signal Processing
Signal Analysis
Mechanical Fault Diagnosis such as
Unbalance, Shaft misalignment, Bent shaft, Cocked bearings, Structural looseness, Bearings defects, Gearbox defects, Pump cavitation, Pulley defects and Belt damage.
Electrical Fault Diagnosis such as
Broken rotor bar, Rotor eccentricity, and Stator eccentricity.
Real case studies from industries
Who Could attend?
This course is prepared for maintenance, inspection, operation, and production Engineers. It was prepared to gradually increase the knowledge of this person from a beginner to advanced level to be a vibration analyst and diagnose different mechanical and electrical faults that are early initiated in the rotary machines.
Dr. Wael Salman is the Instructor for Machinery Vibration Analysis Course. His qualifications are:
- PhD degree in Condition Monitoring of Rotating Machines – Dynamics and Vibrations, Faculty of Mechanical Engineering, Shoubra, Benha University
- Master degree in Solid Mechanics – Dynamics and Vibrations, Faculty of Aerospace and Mechanical Engineering, Cairo University
- Assistant Professor at Faculty of Mechanical and Aerospace Engineering, Fayoum University
- Mobius Vibration Analysis Instructor, Australia
- Approved Maintenance Instructor (from Egyptian Civil Aviation Authority, ECAA) at Egyptian Aviation Academy
- Approved Maintenance Instructor (from Egyptian Armed Forces) at Air Academy
- Mobius Instructor Approval for teaching vibration analysis courses (Cat I, Cat II, Cat III)
- Certified Vibration Analyst – ISO Category III- Mobius Institute
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