| Course contents :
| Definitions and significance of several concepts (true value, errors, uncertainty...) Expression and evaluation of uncertainties according to GUM. Type A and B uncertainties. Practical examples of calculation.
Abbe principle. Traditional versus 3D Metrology. Influence parameters of measurement result (temperature, instrument, method, surroundings...). Conformity checking of a mechanical part to its design specifications. Mathematical measurement data processing. SPC (Statistical Process Control).
Practical exercises on the use of measurement instruments and their sources of uncertainties. | |