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Number of items: 6.

Papaléo, R. M. ; Thomaz, R. ; Gutierres, L. I. ; Menezes, V. M. de ; Severin, D. ; Trautmann, C. ; Tramontina, D. ; Bringa, E. M. ; Grande, P. L. (2015):
Confinement Effects of Ion Tracks in Ultrathin Polymer Films.
In: Physical Review Letters, 114 (11), p. 118302. APS Publications, ISSN 0031-9007,
DOI: 10.1103/PhysRevLett.114.118302,
[Article]

Ruestes, C. J. ; Stukowski, A. ; Tang, Y. ; Tramontina, D. R. ; Erhart, P. ; Remington, B. A. ; Urbassek, H. M. ; Meyers, M. A. ; Bringa, E. M. (2014):
Atomistic simulation of tantalum nanoindentation: Effects of indenter diameter, penetration velocity, and interatomic potentials on defect mechanisms and evolution.
In: Materials Science and Engineering: A, 613, pp. 390-403. Elsevier Science Publishing, ISSN 09215093,
[Article]

Ruestes, C. J. ; Bringa, E. M. ; Stukowski, A. ; Rodríguez Nieva, J. F. ; Tang, Y. ; Meyers, M. A. (2014):
Plastic deformation of a porous bcc metal containing nanometer sized voids.
In: Computational Materials Science, 88, pp. 92-102. Elsevier Science Publishing, ISSN 09270256,
[Article]

Erhart, P. ; Bringa, E. M. ; Kumar, M. ; Albe, K. (2005):
Atomistic mechanism of shock-induced void collapse in nanoporous metals.
In: Phys. Rev. B, 72 (5), pp. 052104-1. American Physical Society, [Article]

Davila, L. P. ; Erhart, Paul ; Bringa, E. M. ; Meyers, M. A. ; Lubarda, V. A. ; Schneider, M. S. ; Becker, R. ; Kumar, M. (2005):
Atomistic modeling of shock-induced void collapse in copper.
In: Applied Physics Letters, 86, pp. 161902-1(1-3). [Article]

Bringa, E. M. ; Cazamias, J. U. ; Erhart, Paul ; Stölken, J. ; Tanushev, N. ; Wirth, B. D. ; Rudd, R. E. ; Caturla, M. J. (2004):
Atomistic shock Huoniot simulation of single-crystal copper.
In: Journal of applied physics, 96, p. 3793. [Article]

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