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Pulmonary cell response to bacterial challenge in mutant mice with some hereditary alterations resembling cystic fibrosis.
Authors
R J Cassino
O H Pivetta
D O Sordelli
Publication date
1 January 1980
Publisher
The Mouseion at the JAXlibrary
Abstract
© 2015 Institute of Materials, Minerals and Mining. In this paper, we describe a simple methodology that offers a familiar constitutive description of plasticity in terms of the dislocation density evolution as an outcome of the approach based on the thermodynamics of irreversible processes. We further demonstrate that the dislocation density evolution approach can organically predict the critical strain corresponding to the Considère instability point. Finally, we show that the fractal dimension (FD) of the dislocation population of a deforming material can be integrated in the proposed modelling framework and, consequently, the FD behaviour can be traced, providing insights in the evolution of the dislocation structure in the course of deformation
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National Open Repository Aggregator (NORA)
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oai:rour.neicon.ru:rour/137274
Last time updated on 04/04/2020
The Jackson Laboratory: The Mouseion at the JAXlibrary
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oai:mouseion.jax.org:ssbb1980-...
Last time updated on 17/10/2019
National Open Repository Aggregator (NORA)
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oai:rour.neicon.ru:rour/175966
Last time updated on 04/04/2020