Detail publikace

Fracture Process zone in a fine-grained cement-based composite monitored with nanoindentation and acoustic emission

NĚMEČEK, J. KERŠNER, Z. VESELÝ, V. SCHMID, P. ŠIMONOVÁ, H. TOPOLÁŘ, L.

Originální název

Fracture Process zone in a fine-grained cement-based composite monitored with nanoindentation and acoustic emission

Anglický název

Fracture Process zone in a fine-grained cement-based composite monitored with nanoindentation and acoustic emission

Jazyk

en

Originální abstrakt

The contribution is devoted to the estimation of fracture process zone (FPZ) extent in a finegrained cement-based composite made from hydrated Portland cement. The zone /characterized with reduced mechanical properties) is located in the vicinity of the tensile crack developed in mechanically loaded specimens. In contrast to purely brittle materials where the crack is localized the fracture zone in cementitious material involves larger area dictated by its internal material length.

Anglický abstrakt

The contribution is devoted to the estimation of fracture process zone (FPZ) extent in a finegrained cement-based composite made from hydrated Portland cement. The zone /characterized with reduced mechanical properties) is located in the vicinity of the tensile crack developed in mechanically loaded specimens. In contrast to purely brittle materials where the crack is localized the fracture zone in cementitious material involves larger area dictated by its internal material length.

Dokumenty

BibTex 


@misc{BUT113727,
  author="Jiří {Němeček} and Zbyněk {Keršner} and Václav {Veselý} and Pavel {Schmid} and Hana {Šimonová} and Libor {Topolář}",
  title="Fracture Process zone in a fine-grained cement-based composite monitored with nanoindentation and acoustic emission",
  annote="The contribution is devoted to the estimation of fracture process zone (FPZ) extent in a finegrained cement-based composite made from hydrated Portland cement. The zone /characterized with reduced mechanical properties) is located in the vicinity of the tensile crack developed in mechanically loaded specimens. In contrast to purely brittle materials where the crack is localized the fracture zone in cementitious material involves larger area dictated by its internal material length.",
  booktitle="Local Mechanics Properties",
  chapter="113727",
  howpublished="electronic, physical medium",
  year="2014",
  month="november",
  pages="26--26",
  type="abstract"
}