Titlebook: Geometric Tolerances; Impact on Product De Bianca M. Colosimo,Nicola Senin Book 2011 Springer-Verlag London 2011 Engineering Design.Geometr

鞭子

Statistical Shape Analysis of Manufacturing Data can also be used to model the geometric shape of a manufactured part. We review Procrustes-based methods, and emphasize possible solutions to the basic problem of having corresponding, or matching, labels in the measured “l(fā)andmarks”, the locations of the measured points on each part acquired with a

Gossamer

Statistical Quality Monitoring of Geometric Tolerances: the Industrial Practice useful to quickly detect changes in the manufacturing process. In particular, two simple methods are presented. The first one uses standard variable control charts for monitoring over time the error associated with the geometric tolerance at hand. The second approach designs a control band around t

CAB

Brittle

A Model-free Approach for Quality Monitoring of Geometric Tolerances to model the geometric feature monitored changes with time. Most of the literature concerned with profile monitoring deals with the issue of model identification for the functional relationship of interest, as well as with control charting of the model parameters. In this chapter, a different appro

Genistein

水槽

Roger del Moral,Jonathan H. Titushe mean shape of the feature associated with the geometric tolerance. Both approaches are shown with reference to the problem of monitoring a roundness form tolerance. Given their ease of use, the approaches are viable solutions for industrial practice.

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poliosis

Statistical Shape Analysis of Manufacturing Dataic problem of having corresponding, or matching, labels in the measured “l(fā)andmarks”, the locations of the measured points on each part acquired with a coordinate measuring machine or similar instrument.