Titlebook: Nanoindentation; Anthony C. Fischer-Cripps Book 20042nd edition Springer Science+Business Media New York 2004 Experiment.calibration.mater

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Nanoindentation Testing,nts. Conventional indentation hardness tests involve the measurement of the size of a residual plastic impression in the specimen as a function of the indenter load. This provides a measure of the area of contact for a given indenter load. In a nanoindentation test, the size of the residual impressi

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Analysis of Nanoindentation Test Data,versus penetration measurements. Rather than a direct measurement of the size of residual impressions, contact areas are instead calculated from depth measurements together with a knowledge of the actual shape of the indenter. For this reason, nanoindentation testing is sometimes referred to as dept

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Factors Affecting Nanoindentation Test Data,r size of the residual impression after the load has been removed. The size of the residual impression is usually considered to be identical to the contact area at full load, although the depth of penetration may of course be significantly reduced by elastic recovery. Direct imaging of residual impr

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Simulation of Nanoindentation Test Data, properties of both the specimen and indenter are given as input parameters. A simulated load-displacement curve allows comparisons to be made with actual experimental data. For example, such comparisons may yield information about non-linear events such as cracking or phase changes that might occur

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Other Techniques in Nanoindentation,entations are in general, too small to be visible to the naked eye and, for the most part, the test does not impair the structural integrity of the specimen. Compared to the previous chapters, we now turn to a discussion of various unusual and advanced methods of testing that illustrate the versatil