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|Title:||Standard Test for the Evaluation of Optical Strain Measurement Systems|
|Authors:||PATTERSON Eann; WHELAN MAURICE; HACK Erwin; SIEBERT Thorsten; BURGUETE Richard; SALEEM Qasim|
|Citation:||Applied Mechanics and Materials - Advances in Experimental Mechanics IV vol. 3-4 p. 403-408|
|Publisher:||Trans Tech Publications Inc.|
|Type:||Articles in periodicals and books|
|Abstract:||The paper describes the work towards a set of standardised tests for the evaluation of the performance of optical systems for measuring strain. In particular, the standardised tests are designed to allow the components of a system to be evaluated both in terms of hardware and software. The intention is to allow designers of optical systems to assess the efficacy of their innovations in instrumentation and algorithms, to assist manufacturers of systems in the quality assurance process, to permit end-users to evaluate system capabilities prior to purchase, and to support both manufacturers and end-users in setting up and fault diagnosis. Two standardised tests are proposed and the embodiment of the design of two standardised tests is described of which is one physical, a disc in contact with a half-space, and the other virtual, a pair of shrinkage-fit thick rings or cylinders.|
|JRC Institute:||Institute for Health and Consumer Protection|
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