Publication result detail

Steel chemical members anchored in concrete

BAJER, M.; KALA, J.; BARNAT, J.

Original Title

Steel chemical members anchored in concrete

English Title

Steel chemical members anchored in concrete

Type

Paper in proceedings (conference paper)

Original Abstract

Nowadays the most common steel structural anchorage systems used embed anchoring elements. In recent years however, bonded steel anchors, i.e. elements that are postinstalled, have been increasingly used. This system of anchoring is used both in the redevelopment design of existing structures and in the design of new building structures. The problem of real anchorage behaviour in the context of integrated building structure design is an integral part of the design of structures in a real system. Current knowledge in the field of real behaviour of building structures does not provide a global picture of the problem of anchorage - neither the anchorage systems using expanding mechanical steel anchors nor anchorage systems using bonded anchors.

English abstract

Nowadays the most common steel structural anchorage systems used embed anchoring elements. In recent years however, bonded steel anchors, i.e. elements that are postinstalled, have been increasingly used. This system of anchoring is used both in the redevelopment design of existing structures and in the design of new building structures. The problem of real anchorage behaviour in the context of integrated building structure design is an integral part of the design of structures in a real system. Current knowledge in the field of real behaviour of building structures does not provide a global picture of the problem of anchorage - neither the anchorage systems using expanding mechanical steel anchors nor anchorage systems using bonded anchors.

Keywords

anchorage, bonded anchor elements, contact material, numerical analysis, real incidence, engineering construction

Key words in English

anchorage, bonded anchor elements, contact material, numerical analysis, real incidence, engineering construction

Authors

BAJER, M.; KALA, J.; BARNAT, J.

Released

05.09.2005

Location

Barcelona, Španělsko, 2005

ISBN

84-95999-80-3

Book

Computional plasticity VIII Fundamentals and Applications

Edition

CIMNE

Pages from

914

Pages to

917

Pages count

4

BibTex

@inproceedings{BUT21035,
  author="Miroslav {Bajer} and Jiří {Kala} and Jan {Barnat}",
  title="Steel chemical members anchored in concrete",
  booktitle="Computional plasticity VIII Fundamentals and Applications",
  year="2005",
  series="CIMNE",
  number="1",
  pages="914--917",
  address="Barcelona, Španělsko, 2005",
  isbn="84-95999-80-3"
}