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Titlebook: Nanoindentation; Anthony C. Fischer-Cripps Book 2011Latest edition Springer Science+Business Media, LLC 2011 Adhesion.Depth-sensing indent

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Simulation of Nanoindentation Test Data,ith an actual specimen during an indentation test. In this chapter, the procedure for generating a simulated load-displacement curve is described in detail and a comparison is made with experimental data from materials with a wide range of ratio of modulus to hardness.
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Factors Affecting Nanoindentation Test Data,h of penetration directly during loading and unloading of the indenter. These measurements are then used to determine the projected area of contact for the purpose of calculating hardness and elastic modulus. In practice, various errors are associated with this procedure.
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Applications of Nanoindentation,eedings of annual symposiums are a rich source of information about the applications of nanoindentation. In this chapter, some rather straightforward examples of analysis of nanoindentation test data are presented using the methods described in the previous chapters.
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Contact Mechanics,largely upon the analysis procedure used to process the raw data. Such procedures are concerned not only with the extraction of modulus and hardness, but also with correcting the raw data for various systematic errors that have been identified for this type of testing.
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Time-dependent Nanoindentation,d, the load or displacement is held at a fixed value and the change in displacement (creep) or load (relaxation) recorded over a period of time. Application of an appropriate mechanical model can yield values for the elastic and viscous properties of the specimen.
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