Publication result detail

Static reliability of concrete structures under extreme temperature, radiation, moisture and force loading

ŠTĚPÁNEK, P.; SALAJKA, V.; ŠŤASTNÍK, S.; ŠKOLAŘ, J.

Original Title

Static reliability of concrete structures under extreme temperature, radiation, moisture and force loading

English Title

Static reliability of concrete structures under extreme temperature, radiation, moisture and force loading

Type

Paper in proceedings (conference paper)

Original Abstract

Some aspects of static reliability of concrete structures at temperature effects and at static (force) and radiation loading are presented. Mathematical model of a load-bearing structure was performed using FEM method. Verification of contemporaty physical and mechanical characteristics of concrete. Checking concrete microstructure and verification of the grade and kind of possible microstructure changes. Experimental verification of the boundary conditions from the viewpoint of the temperature field and the radidation stress.

English abstract

Some aspects of static reliability of concrete structures at temperature effects and at static (force) and radiation loading are presented. Mathematical model of a load-bearing structure was performed using FEM method. Verification of contemporaty physical and mechanical characteristics of concrete. Checking concrete microstructure and verification of the grade and kind of possible microstructure changes. Experimental verification of the boundary conditions from the viewpoint of the temperature field and the radidation stress.

Keywords

concrete structure,static reliability,extreme temperature, rdiation moisture, force loading, FEM method

Key words in English

concrete structure,static reliability,extreme temperature, rdiation moisture, force loading, FEM method

Authors

ŠTĚPÁNEK, P.; SALAJKA, V.; ŠŤASTNÍK, S.; ŠKOLAŘ, J.

RIV year

2011

Released

17.07.2003

Publisher

Czech Standard Institution Prague

Location

Praha

ISBN

80-214-2413-3

Book

Abstracts SMiRT 17

Volume

2003

Number

08

Pages from

208-208

Pages count

1