Publication detail

Validace empirických vztahů pro predikci penetrace betonových dílců numerickými simulacemi

HUŠEK, M.

Original Title

Validace empirických vztahů pro predikci penetrace betonových dílců numerickými simulacemi

English Title

Validace empirických vztahů pro predikci penetrace betonových dílců numerickými simulacemi

Type

conference paper

Language

Czech

Original Abstract

Basic construction material used for any kind of structure is concrete. However, in most vital and local structures such as nuclear plants, weapon industries, weapons storage places and also water retaining structures like dams, concrete structures have to be designed as defensive structures to provide protection against any accidents or knowingly generated incidents such as dynamic loading, dynamic local impact damage and global damage generated by kinetic missiles. The review of the most used empirical studies related to issues of high speed impact loading by rigid missile and comparison with numerical simulations performed in LS-DYNA is provided in this paper.

English abstract

Basic construction material used for any kind of structure is concrete. However, in most vital and local structures such as nuclear plants, weapon industries, weapons storage places and also water retaining structures like dams, concrete structures have to be designed as defensive structures to provide protection against any accidents or knowingly generated incidents such as dynamic loading, dynamic local impact damage and global damage generated by kinetic missiles. The review of the most used empirical studies related to issues of high speed impact loading by rigid missile and comparison with numerical simulations performed in LS-DYNA is provided in this paper

Keywords

LS-DYNA, Concrete, *MAT_CSCM, Local Impact Effects, Empirical Study

Key words in English

LS-DYNA, Concrete, MAT_CSCM, Local Impact Effects, Empirical Study

Authors

HUŠEK, M.

RIV year

2015

Released

10. 6. 2015

Publisher

P. Koňas, M. Štiglic

Location

Hustopeče, Česká republika

ISBN

978-80-905525-2-4

Book

23rd SVSFEM ANSYS Users’ Group Meeting and Conference 2015

Pages from

45

Pages to

63

Pages count

19

BibTex

@inproceedings{BUT122614,
  author="Martin {Hušek}",
  title="Validace empirických vztahů pro predikci penetrace betonových dílců numerickými simulacemi",
  booktitle="23rd SVSFEM ANSYS Users’ Group Meeting and Conference 2015",
  year="2015",
  pages="45--63",
  publisher="P. Koňas, M. Štiglic",
  address="Hustopeče, Česká republika",
  isbn="978-80-905525-2-4"
}