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Author

Nierstrasz, V.A., primary, Cavaco-Paulo, A., additional, Araújo, R., additional, Casal, M., additional, Warmoeskerken, M.M.C.G., additional, Bouwhuis, G.H., additional, Wehrschütz-Sigl, E., additional, Hasmann, A., additional, Guebitz, G.M., additional, Silva, C., additional, Nierstrasz, V.A., additional, Matamá, T., additional, Hardin, Ian R., additional, Wróbel-Kwiatkowska, M., additional, Szopa, J., additional, Hawkins, S., additional, Shen, Jinsong, additional, Freddi, G., additional, Rodríguez-Cabello, J.C., additional, García-Arévalo, C., additional, Martín, L., additional, Santos, M., additional, Reboto, V., additional, Brumer, H., additional, Francesko, A., additional, Díaz González, M., additional, Lozano, G.R., additional, Tzanov, T., additional, Bechtold, T., additional, and Schimper, C.B., additional

Published
2010
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5. Quasicontinuum Method at Finite Temperature Applied to the Study of Nanovoids Evolution in Fcc Crystals.

Author

Arévalo, C., Kulkarni, Y., Ariza, M. P., Ortiz, M., Knap, J., and Marian, J.

Abstract

Breaking tensile test of ductile materials starts with the formation, in the test material central area, of a choking followed by the nucleation of several cavities at nanoscopic scale. Nanovoids growth and coalescence give rise to a crack which propagates towards the surface in the perpendicular direction to the applied charge. This work is focused in the study of the evolution of these nanovoids for face centered cubic (fcc) crystals. The Quasicontinuum (QC) method at finite temperature has been performed to carry out such an analysis. [ABSTRACT FROM AUTHOR]

Published
2010
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