1. Basic terms, meaning and purpose of measurement, measurement units, measurement methods, distribution of measurement devices. 2. Device properties (static and dynamic characteristics, accuracy, sensitivity, reliability), frequency characteristics and information properties of the device. 3. Measurement of position and distance, resistance sensors, inductance, capacitance, laser interferometers. Digital sensors. 4. Measurement of time and time intervals, speed and acceleration, frequency and rotation frequency. 5. Measurement of forces and moments, basic principles, strain gauge sensors (metal, semiconductor), placement of strain gauges. 6. Pressure and level measurement. Principle of pressure gauges, basic types of pressure gauges, level measurement, level gauges (ultrasonic, radioisotope, capacitive, radar), vibration systems. 7. Temperature measurement, basic terms, contact thermometers, construction, use. 8. Temperature measurement, non-contact thermometers, pyrometers, photothermometry. 9. Measurement of flow and amount of liquids. Volume and speed flowmeters, liquid density measurement
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The subject is focused on the basics of metrology and the theory of measurement in technical practice and the basic principles of measuring instruments. Students are introduced to measurement methods, measuring quantities and their units. The properties of individual measuring devices are discussed. Attention is focused on temperature, pressure and force, length, flow, humidity, amount of heat, analysis of liquids and gases and a number of other technical quantities.
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Technická měření.
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Jenčík, J., Kuhn, L. Technická měření ve strojírenství. SNTL, Praha. 1982.
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Sládek, Z., Vdoleček, F. Technická měření.. Nakladatelství VUT v Brně, 1992. ISBN 80-214-0414-0.
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Volf, J., Jenčík J. a kol. Technická měření. 1996.
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