Publication result detail

[100] loading of fcc based nano-fibre reinforced composites

ČERNÝ, M.; POKLUDA, J.

Original Title

[100] loading of fcc based nano-fibre reinforced composites

English Title

[100] loading of fcc based nano-fibre reinforced composites

Type

WoS Article

Original Abstract

Ab initio calculations of theoretical tensile and compressive strengths in the direction of a composite having continuous nano-fibre reinforcements are performed using pseudopotential approach within density functional theory. Results for iridium or platinum nano-fibres in copper or gold matrices, presented as case studies, reveal that the theoretical tensile and compressive strengths almost linearly increase with increasing atomic concentration of the reinforcement exhibiting only slight positive strength deviations from the linearity for Pt-Au and slight negative deviations of the tensile strength for Ir-Cu.

English abstract

Ab initio calculations of theoretical tensile and compressive strengths in the direction of a composite having continuous nano-fibre reinforcements are performed using pseudopotential approach within density functional theory. Results for iridium or platinum nano-fibres in copper or gold matrices, presented as case studies, reveal that the theoretical tensile and compressive strengths almost linearly increase with increasing atomic concentration of the reinforcement exhibiting only slight positive strength deviations from the linearity for Pt-Au and slight negative deviations of the tensile strength for Ir-Cu.

Keywords

ab initio calculations, nanocomposites, stress-synergy effect, theoretical strength

Key words in English

ab initio calculations, nanocomposites, stress-synergy effect, theoretical strength

Authors

ČERNÝ, M.; POKLUDA, J.

RIV year

2013

Released

01.09.2012

ISBN

0587-4246

Periodical

ACTA PHYSICA POLONICA A

Volume

122

Number

3

State

Republic of Poland

Pages from

505

Pages to

508

Pages count

4

BibTex

@article{BUT75982,
  author="Miroslav {Černý} and Jaroslav {Pokluda}",
  title="[100] loading of fcc based nano-fibre reinforced composites",
  journal="ACTA PHYSICA POLONICA A",
  year="2012",
  volume="122",
  number="3",
  pages="505--508",
  issn="0587-4246"
}