1. Introduction

1. Different approaches to maintenance of rotary equipment
2. Mechanical vibrations
3. Subject of vibration diagnostics
4. Real object and calculation scheme
5. The concept of vibration models

2. Mechanical vibrations

1. The concept of kinematics
2. Classification of oscillatory systems, equations of motion of the system
3. Systems with a finite number of degrees of freedom, distributed systems
4. Linear and non-linear systems
5. Stationary and transient oscillatory processes
6. Almost periodic and polyharmonic oscillatory processes
7. Beating
8. Free, forced and self-oscillations
9. Vector and complex representations of the oscillatory process
10. Fourier series expansion of an oscillatory process
11. Characteristics of oscillatory processes: speed, displacement and acceleration, average value, RMS, peak, span
12. The concept of decibels and octave analysis
13. The concept of in-phase, anti-phase oscillations

3. Dynamics of a system with one degree of freedom

1. The concept of dynamics
2. Small free vibrations of a conservative system
3. Rigidity, pliability
4. Eigenfrequencies and waveforms
5. Custom forms and their properties
6. Forced vibrations (with one degree of freedom)
7. Harmonic force action
8. Amplitude-frequency (AFC) and phase-frequency (PFC) characteristics
9. Transients
10. Resonance

4. Measurements

1. The concept of dimensions
2. Measurement uncertainties
3. Kinematic values ​​of measuring point
4. Statistical Characteristics: Mean, Scattering and Distribution Estimates
5. Measuring transducers
6. Transducer classification
7. Proximeter, velometer, accelerometer. Their construction.
8. Influence of the way the transducer is installed on the measurement results (magnet, pin, hand probe)
9. Rational choice of the measured value and the location of the sensor
10. Standard sensor locations
11. Preparing the surface of the sensor installation site
12. Vibration rating
13. An example of developing norms for a group of identical aggregates
14. Measurement safety

5. GOSTs and PTE norms

1. Links to valid GOSTs
2. The concept of trends
3. The concept of extrapolation
4. Possibility of obtaining a short-term forecast
5. Vibration measurement frequency
6. Resource concept
7. Recommended frequency bands for monitoring
8. LF and HF control

6. Laboratory workshop

1. A series of laboratory works on vibration examination using training stands and portable instruments for measuring and analyzing vibration "Quartz", "Topaz", "Agat", "Agat-M"