Measuring Mechanical Vibrations and Methods of Measurement

Measuring Mechanical Vibrations and Methods of Measurement is a fundamental discipline for ensuring the reliability and longevity of industrial machinery. In modern manufacturing, understanding Vibration Characteristics is the key to effective Condition Monitoring and preventing catastrophic structural failure. This course provides a technical deep dive into how we quantify oscillatory motion and the specialized instrumentation used to capture high-accuracy data.

Throughout the Measuring Mechanical Vibrations program, you will explore the physical principles of Frequency, Amplitude, and Phase. We cover the primary Methods of Measurement, including the use of Piezoelectric Accelerometers, Laser Doppler Vibrometers, and Eddy Current Proximity Probes.

Whether you are performing Rotational Balance checks on turbines or analyzing Resonance in civil structures, this course equips you with the expertise to interpret Time-Domain and Frequency-Domain (FFT) signals for advanced Predictive Maintenance and Fault Diagnosis.

• Familiarizing with the concepts of mechanical vibrations
• Understanding vibration measurement systems
• Being able to interpret the mechanical vibrations test requirements
• Studying the response of discrete and distributed systems to various inputs
• Learning how to design systems for vibration suppression and machine condition monitoring