Publication detail
Modelling the Taylor Anvil Test
FOREJT, M. JOPEK, M.
Czech title
Simulace Taylorova testu
English title
Modelling the Taylor Anvil Test
Type
conference paper
Language
en
Original abstract
Together with a defined chemical composition, heat treatment and boundary conditions the parameters of constitutive equation form a representative model of a material. These parameters are obtained via comparing the geometric shapes of the Taylor anvil test,with the shapes obtained by the LS DYNA 3D simulation program.
Czech abstract
Konstitutivni rovnice , reprezentující model materiálu zahrnuje chemické složení , tepelné zpracování a okrajové podmínky Tyto parametry se projeví ve výsledném tvaru vzorku po Taylorově testu. Článek se zabývá optimalizací parametru konstitutivní rovnice.
English abstract
Together with a defined chemical composition, heat treatment and boundary conditions the parameters of constitutive equation form a representative model of a material. These parameters are obtained via comparing the geometric shapes of the Taylor anvil test,with the shapes obtained by the LS DYNA 3D simulation program.
Keywords in Czech
Taylorúv test, modelování, LS DYNA 3D
Keywords in English
Taylor Anvil Test, modelling, LS-Dyna 3D
RIV year
2003
Released
16.10.2003
Publisher
Slovak University of Technology in bratislava
Location
Trnava
ISBN
80-227-1949-8
Book
11th International Scientific Conference CO-MAT-TECH 2003
Pages from–to
193–201
Pages count
9
BIBTEX
@inproceedings{BUT9142,
author="Milan {Forejt} and Miroslav {Jopek},
title="Modelling the Taylor Anvil Test",
booktitle="11th International Scientific Conference CO-MAT-TECH 2003",
year="2003",
month="October",
pages="193--201",
publisher="Slovak University of Technology in bratislava",
address="Trnava",
isbn="80-227-1949-8"
}