Research
The list below contains papers, journal articles, videos, web content, etc. that address one or more areas of metrology. This is not an exhaustive list. If there is research that you feel belongs in this list, please email info@emetrology.com.
Featured Research
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A best fit reference line for use in partial arcs – D.J.Whitehouse
Many methods of measuring the out-of-roundness of nominally circular components or holes have been based,for convenience, upon some form of graphical assessment in which…
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A comparison of sensitivity standards inform metrology—final results of the EURAMET project 649 – O. Jusko et al.
Abstract Results of an intercomparison measurement of sensitivity standards are presented. The standards circulated were a flick and two multi-wave standards (MWS). The measurands…
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A Comprehensive Review on Computational Techniques for Form Error Evaluation – Vimal Kumar Pathak · Ramanpreet Singh
Abstract In industries, precise measurement of different form errors is critical and challenging for stringent geometric and dimensional control in manufactured part. These form…
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A knowledge-based system for selection of surface texture parameters: a preliminary investigation NAB. Rao and Jay Raja
Abstract The use of microcomputers for processing surface profiles from stylus instruments has resultedin the availability of a great deal of information. However, a…
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A Multipoint Method for Spindle Error Motion Measurement – G. X. Zhang , Y.H. Zhang, S.M. Yang. Z. Li
Abstract A multi-point method for spindle error motion measurement is proposed in the paper. The radial error motion of the spindle is measured by…
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A new multiprobe method of roundness measurements- W. Gao et al.
Abstract This paper presents a new multiprobe method for roundness measurementscalled the mixed method. In this method, displacements at two points on acylindrical workpiece…
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A new multiprobe method ofroundness measurements – Wei Gao, Satoshi Kiyono, and Tadatoshi Nomura
Abstract This paper presents a new multiprobe method for roundness measurements called the mixed method. In this method, displacements at two points on a…
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A new stylus instrument witha wide dynamic range for use in surface metrology – J.D Garratt
Abstract An instrument has been developed which can measure not only radius of curvature but also form deviation and surface texture at the same…
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A note on the three-point method for roundness measurement – B. Muralikrishnana, S. Venkatachalam, J. Raja, M. Malburg
AbstractThis technical note presents two enhancements to three-point method for roundness measurement. They enable measuring a larger bandwidthand also present a logical progression from…
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A review of selected topics in interferometric optical metrology – P. J. de Groot
Abstract This review gathers together 15 special topics in modern interferometric metrology representing a sampling of historical, current and future developments. The selected topics…
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Accurate Calibration of Surface Texture and Roundness Mesuring Instruments – R.C. Spragg
Abstract Some of the finer points to be taken into consideration when accurately calibrating surface texture and roundness measuring instruments are discussed. Consideration is…
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Advances in large-scale metrology–review and future trends – R.H. Schmitt et al.
Abstract The field of Large-Scale Metrology has been studied extensively for many decades and represents the combination and competition of topics as diverse as…
No featured research found for this metrology type.
Research
-
A best fit reference line for use in partial arcs – D.J.Whitehouse
Many methods of measuring the out-of-roundness of nominally circular components or holes have been based,for convenience, upon some form of graphical assessment in which…
-
A comparative study of surface texture measurement using white light scanning interferometry and contact stylus techniques – B.D. Boudreau, J. Raja, H. Sannareddy and Paul Caber
The characterization of machined surfaces is becoming an increasingly important activity in todaysquality minded business environment. Historically, these surfaces would have been evaluated using…
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A comparison of sensitivity standards inform metrology—final results of the EURAMET project 649 – O. Jusko et al.
Abstract Results of an intercomparison measurement of sensitivity standards are presented. The standards circulated were a flick and two multi-wave standards (MWS). The measurands…
-
A Comprehensive Review on Computational Techniques for Form Error Evaluation – Vimal Kumar Pathak · Ramanpreet Singh
Abstract In industries, precise measurement of different form errors is critical and challenging for stringent geometric and dimensional control in manufactured part. These form…
-
A knowledge-based system for selection of surface texture parameters: a preliminary investigation NAB. Rao and Jay Raja
Abstract The use of microcomputers for processing surface profiles from stylus instruments has resultedin the availability of a great deal of information. However, a…
-
A Multipoint Method for Spindle Error Motion Measurement – G. X. Zhang , Y.H. Zhang, S.M. Yang. Z. Li
Abstract A multi-point method for spindle error motion measurement is proposed in the paper. The radial error motion of the spindle is measured by…
-
A new multiprobe method of roundness measurements- W. Gao et al.
Abstract This paper presents a new multiprobe method for roundness measurementscalled the mixed method. In this method, displacements at two points on acylindrical workpiece…
-
A new multiprobe method of roundness measurements-Wei Gao, Satoshi Kiyono, Tadatoshi Nomura
Abstract This paper presents a new multiprobe method for roundness measurements called the mixed method. In this method, displacements at two points on a…
-
A new multiprobe method ofroundness measurements – Wei Gao, Satoshi Kiyono, and Tadatoshi Nomura
Abstract This paper presents a new multiprobe method for roundness measurements called the mixed method. In this method, displacements at two points on a…
-
A new stylus instrument witha wide dynamic range for use in surface metrology – J.D Garratt
Abstract An instrument has been developed which can measure not only radius of curvature but also form deviation and surface texture at the same…
-
A note on the three-point method for roundness measurement – B. Muralikrishnana, S. Venkatachalam, J. Raja, M. Malburg
AbstractThis technical note presents two enhancements to three-point method for roundness measurement. They enable measuring a larger bandwidthand also present a logical progression from…
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A practical method for evaluating measurement system uncertainty – JM. Calkins, and RJ. Salerno.
Abstract This paper describes a procedure used to determine the measurement uncertainties of spherical measurement systems. This procedure requires measuring a series of unknown…
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