This work shows the results of Deliverable5.2.3-JRP ENG56 DriveTrain about “validation of measurement strategies and determination of achievable measurement uncertainty in industrial environment”. Deliverable refers to investigation of dynamic behaviour of probing systems due to scanning measurement at CMM of two standard involute profiles, both superposed with a certain waviness. INRIM investigated the influence of scanning parameters such as different scanning speeds, workpiece orientations inside the measurement volume and stylus lengths. Measurement results have been analysed in order to evaluate the profile deviations (Fa, ffa and fHa) according to ISO1328-1:2013 and the influence due to the scanning measurement parameters on these results. Moreover, a spectral analysis has been performed using FFT method and the three main components of the spectrum have been calibrated in terms of wavelength and amplitude.
The Influence of Scanning Parameters on CMM Measurements / Egidi, Andrea; Piccato, Aline; Corona, Davide; Picotto, Gianbartolo; Balsamo, Alessandro. - (2017). (Intervento presentato al convegno 3D Metrology Conference tenutosi a Aachen (DE) nel 2017‑10‑09/11).
The Influence of Scanning Parameters on CMM Measurements
EGIDI, ANDREA
Writing – Original Draft Preparation
;AlinePiccatoWriting – Review & Editing
;Davide CoronaMembro del Collaboration Group
;Gianbartolo PicottoSupervision
;Alessandro BalsamoSupervision
2017
Abstract
This work shows the results of Deliverable5.2.3-JRP ENG56 DriveTrain about “validation of measurement strategies and determination of achievable measurement uncertainty in industrial environment”. Deliverable refers to investigation of dynamic behaviour of probing systems due to scanning measurement at CMM of two standard involute profiles, both superposed with a certain waviness. INRIM investigated the influence of scanning parameters such as different scanning speeds, workpiece orientations inside the measurement volume and stylus lengths. Measurement results have been analysed in order to evaluate the profile deviations (Fa, ffa and fHa) according to ISO1328-1:2013 and the influence due to the scanning measurement parameters on these results. Moreover, a spectral analysis has been performed using FFT method and the three main components of the spectrum have been calibrated in terms of wavelength and amplitude.| File | Dimensione | Formato | |
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2017-10 3DMC parametri di scanning.pdf
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