A novel simple and accurate flatness measurement method
H. L. Thang

TL;DR
This paper introduces a new simple and accurate flatness measurement method that addresses the complexities of existing techniques, especially regarding inclination angle considerations, with transparent mathematical modeling and consistent results.
Contribution
A novel flatness measurement method that simplifies process and improves accuracy by explicitly accounting for inclination angles, supported by clear mathematical modeling.
Findings
Consistent measurement results across examples
Simplifies flatness measurement process
Addresses inclination angle issues explicitly
Abstract
Flatness measurement of a surface plate is an intensive and old research topic. However ISO definition related and other measurement methods seem uneasy in measuring and/ or complicated in data analysis. Especially in reality, the mentioned methods don't take a clear and straightforward care on the inclining angle which is always included in any given flatness measurement. In this report a novel simple and accurate flatness measurement method was introduced to overcome this prevailing feature in the available methods. The mathematical modeling for this method was also presented making the underlying nature of the method transparent. The applying examples show consistent results.
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Taxonomy
TopicsOptical measurement and interference techniques · Advanced Measurement and Metrology Techniques · Computational Geometry and Mesh Generation
