Titlebook: Coordinate Metrology; Accuracy of Systems Jerzy A. S?adek Book 2016 Springer-Verlag Berlin Heidelberg 2016 Maximum Permissible Errors.Unce

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Measurement Uncertainty and Requirements of Production System. Selected Issues of Measurement UncerP), as the basis of the matrix method (MM) used for CMM error identification and the assessment of their accuracy. Also the importance of coordinate metrology for quality management and the evaluation of measurement uncertainty as a key task in deciding product geometry compliance with its specifica

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Classic (Nonsimulative) Methods of Measurement Accuracy Assessment,y is also presented. The classic (nonsimulative) methods of coordinate measurement accuracy assessment, including ISO 15530 standard requirements and also procedures used also in the Laboratory of Coordinate Metrology at Cracow University of Technology (LCM CUT), as well as selected examples of thei

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Analysis of the Accuracy of Coordinate Measuring Systems,nent errors overlap each other, determining the error vector for every point in the measuring volume. The description of sources of kinematic errors is presented as other methods for their identification with the use of plate standards, laser interferometers, or laser tracers together with the softw

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Simulation Methods for Assessing Accuracy of Measurements,ive to the classic methods described in Chap. .. It describes the bases for modeling measuring systems. It also presents the concept of CMM error identification, which is based on the measurement of reference objects, as a basis for the construction of a virtual measuring machine. Moreover, it repor

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Accuracy of Modern Coordinate Measuring Systems,ains measurement traceability. The system of ISO 10360 standards plays a key role here. In this system, determination of the indication error is based on the measurement of known length. This chapter describes the requirements for the assessment of accuracy of contact and noncontact systems together

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