Penetration resistance: a new approach to the energetics of indentations.

Abstract

This article deals with quantitative applications of the penetration resistance (k = FN/h3/2) of experimental indentation loading curves without fittings or simulations in terms of the various energetic contributions for an improved understanding. The total applied work upon indentation with pyramids, cones and also spheres is partitioned between the… (More)
DOI: 10.1002/sca.21080

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Cite this paper

@article{Kaupp2013PenetrationRA, title={Penetration resistance: a new approach to the energetics of indentations.}, author={Gerd Kaupp}, journal={Scanning}, year={2013}, volume={35 6}, pages={392-401} }