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Evaluation of straightness and flatness error using computational geometric techniques
GL Samuel, MS Shunmugam - Computer-Aided Design, 1999 - Elsevier
The Coordinate Measuring Machines capable of automated measurement are being widely
used in on-line and off-line inspection. The measurement data obtained from these …
used in on-line and off-line inspection. The measurement data obtained from these …
Verification of form tolerances part I: Basic issues, flatness, and straightness
K Carr, P Ferreira - Precision Engineering, 1995 - Elsevier
The ANSI Y14. 5 National Standard on Dimensioning and Tolerancing definition for form
tolerances requires the form error of a surface to be less than some set limit. However, most …
tolerances requires the form error of a surface to be less than some set limit. However, most …
A unified approach to form error evaluation
T Weber, S Motavalli, B Fallahi, SH Cheraghi - Precision engineering, 2002 - Elsevier
Evaluation of form error is a critical aspect of many manufacturing processes. Machines such
as the coordinate measuring machine (CMM) often employ the technique of the least …
as the coordinate measuring machine (CMM) often employ the technique of the least …
A new minimum zone method for evaluating straightness errors
ST Huang, KC Fan, JH Wu - Precision engineering, 1993 - Elsevier
A new minimum zone method for straightness error analysis is proposed in this article.
Based on the criteria for the minimum zone solution and strict rules for data exchange, a …
Based on the criteria for the minimum zone solution and strict rules for data exchange, a …
Statistical issues in geometric feature inspection using coordinate measuring machines
coordinate measuring machine (CMM) is a computer-controlled device that uses a probe to
obtain measurements on a manufactured part's surface, usually one point at a time. Probe …
obtain measurements on a manufactured part's surface, usually one point at a time. Probe …
Straightness and flatness tolerance evaluation: an optimization approach
SH Cheraghi, HS Lim, S Motavalli - Precision Engineering, 1996 - Elsevier
This paper presents an optimization approach that could be used to calculate exact values
of straightness and flatness errors as defined by the ANSI Y14. 5M standards on geometric …
of straightness and flatness errors as defined by the ANSI Y14. 5M standards on geometric …
A unified least-squares approach to the evaluation of geometric errors using discrete measurement data
This paper presents a unified least-squares approach to the best fit of geometric features
and evaluation of dimensional errors. The study originated from the need for advanced …
and evaluation of dimensional errors. The study originated from the need for advanced …
A new minimum zone method for evaluating flatness errors
ST Huang, KC Fan, JH Wu - Precision engineering, 1993 - Elsevier
A new minimum zone method for flatnes error analyis is proposed in this article. Based on
the criteria for the minimum zone solution and strict rules for data exchange, a simple and …
the criteria for the minimum zone solution and strict rules for data exchange, a simple and …
An automated dimensional inspection environment for manufactured parts using coordinate measuring machines
In this paper, knowledge of relevance to dimensional inspection and three progressive
levels of automation technology, ranging from the facility automation to information and …
levels of automation technology, ranging from the facility automation to information and …
Flatness error evaluation and verification based on new generation geometrical product specification (GPS)
XL Wen, XC Zhu, YB Zhao, DX Wang, FL Wang - Precision Engineering, 2012 - Elsevier
New generation geometrical product specification (GPS) links the whole course of a
geometrical product from the research, development, design, manufacturing and verification …
geometrical product from the research, development, design, manufacturing and verification …