Publication result detail

Design of CFRP strips anchorage - experimental, differencial equations and mathematical model

ŠTĚPÁNEK, P., ŠVAŘÍČKOVÁ, I., FOJTL, J.

Original Title

Design of CFRP strips anchorage - experimental, differencial equations and mathematical model

English Title

Design of CFRP strips anchorage - experimental, differencial equations and mathematical model

Type

Paper in proceedings (conference paper)

Original Abstract

The main problem of strengthening concrete structures with CFRP strips is an anchorage of externally bonded reinforcement. This paper describes a form of the tests realized at the BUT of Brno two years ago and some results implicating from different properties of anchorage elements. Thetsest results are compared with values obtained from mathematical analysis of anchorage zones behaviour and normal stress distribution along the anchorage length. At the same time is calls attention to possible danger in case that at least one part of the reinforcement system is not functional.

English abstract

The main problem of strengthening concrete structures with CFRP strips is an anchorage of externally bonded reinforcement. This paper describes a form of the tests realized at the BUT of Brno two years ago and some results implicating from different properties of anchorage elements. Thetsest results are compared with values obtained from mathematical analysis of anchorage zones behaviour and normal stress distribution along the anchorage length. At the same time is calls attention to possible danger in case that at least one part of the reinforcement system is not functional.

Keywords

external CFRP reinforcement, design of anchorage, anchorage zone, glued reinforcement, mathematical analysis of anchorage section

Key words in English

external CFRP reinforcement, design of anchorage, anchorage zone, glued reinforcement, mathematical analysis of anchorage section

Authors

ŠTĚPÁNEK, P., ŠVAŘÍČKOVÁ, I., FOJTL, J.

Released

01.06.2003

Publisher

Czech Technical University in Prague

Location

Praha

ISBN

80-86059-35-9

Book

Proceeding of the 3rd international conference on Advanced Engineering Design AED 2003

Volume

2003

Number

06

Pages from

CD ROM

Pages count

8