1. Measurement goal, measuring units, measuring methods.
2. Measuring instruments - classification, properties.
3. Sensors and their physical principle.
4. Dynamic behavior of structures, natural frequency.
5. Measurement of natural frequency of construction, computer processing.
6. Flow, basic terms, methods of measurement.
7. Sensor theory, position sensors.
8. Measurement of surface temperature determination both in contact and non-contact with respect to machinery.
9. Machine vibrations and human impact.
10. Strain gauge.
11. Measurement errors.
12. Measuring chains.
13. Statistical methods used in measurement evaluation.
14. Requirements of measurement protocols.
2. Measuring instruments - classification, properties.
3. Sensors and their physical principle.
4. Dynamic behavior of structures, natural frequency.
5. Measurement of natural frequency of construction, computer processing.
6. Flow, basic terms, methods of measurement.
7. Sensor theory, position sensors.
8. Measurement of surface temperature determination both in contact and non-contact with respect to machinery.
9. Machine vibrations and human impact.
10. Strain gauge.
11. Measurement errors.
12. Measuring chains.
13. Statistical methods used in measurement evaluation.
14. Requirements of measurement protocols.