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Advances in AutomationMeasuring Systems Application Analysis in Engineering

Advances in Automation: Measuring Systems Application Analysis in Engineering [This work is devoted to the analysis of measurement systems as a tool to improve the quality of measurements. Measurement System Analysis (MSA) in the sector of railway engineering is performed using the following methods: variance analysis; ranges; average and range method. A number of experiments for measuring systems are carried out with coordinate measuring machines ACCURA MASS 16/24/14 and a digital caliper. The results obtained are of universal character; and the methodology described can be applied to other measuring systems. This method is needed to quantify the measurement systems. MSA is the constituent of statistical management of processes of manufacture intended for a research of measuring processes for the purpose of an assessment of their acceptability. MSA allows drawing conclusions about the suitability of measuring processes. This gives you the opportunity to make corrective actions to improve the measuring system and, as a consequence, to guarantee the quality of the measured parameters [1–3].] http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png

Advances in AutomationMeasuring Systems Application Analysis in Engineering

Part of the Lecture Notes in Electrical Engineering Book Series (volume 641)
Editors: Radionov, Andrey A.; Karandaev, Alexander S.
Kovalev, M. I.
Advances in Automation — Feb 19, 2020
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References (2)

Publisher
Springer International Publishing
Copyright
© Springer Nature Switzerland AG 2020
ISBN
978-3-030-39224-6
Pages
732–743
DOI
10.1007/978-3-030-39225-3_80
Publisher site
See Chapter on Publisher Site

Abstract

[This work is devoted to the analysis of measurement systems as a tool to improve the quality of measurements. Measurement System Analysis (MSA) in the sector of railway engineering is performed using the following methods: variance analysis; ranges; average and range method. A number of experiments for measuring systems are carried out with coordinate measuring machines ACCURA MASS 16/24/14 and a digital caliper. The results obtained are of universal character; and the methodology described can be applied to other measuring systems. This method is needed to quantify the measurement systems. MSA is the constituent of statistical management of processes of manufacture intended for a research of measuring processes for the purpose of an assessment of their acceptability. MSA allows drawing conclusions about the suitability of measuring processes. This gives you the opportunity to make corrective actions to improve the measuring system and, as a consequence, to guarantee the quality of the measured parameters [1–3].]

Published: Feb 19, 2020

Keywords: Measuring piston; Measurement process; Coordinate measurement machine; Average and range method; Repeatability; Reproducibility; Analysis of variance (ANOVA); Range method

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