Přístupnostní navigace
E-přihláška
Vyhledávání Vyhledat Zavřít
Detail publikace
DOLEŽEL, J. ŠOMODÍKOVÁ, M. LEHKÝ, D. NOVÁK, D.
Originální název
Assessment of Load Bearing Capacity of Concrete Bridge after Exceeding the Design Life
Typ
článek ve sborníku ve WoS nebo Scopus
Jazyk
angličtina
Originální abstrakt
Advanced methods of reliability analysis based on simulation techniques of Monte Carlo type in combination with nonlinear finite element method analysis represent effective tools for reliability assessment of the existing bridges. Knowledge of current level of load bearing capacity of the bridge and its development in the coming years while meeting the required level of reliability may help to schedule the bridge maintenance systematically and efficiently and/or it can facilitate decision-making on the manner and extent of its reconstruction. The paper briefly introduces the methodology of probabilistic determination of the load bearing capacity of bridges with respect to the ongoing deterioration processes in time. The methodology is applied to determine the current level of load bearing capacity of a reinforced concrete parapet beam bridge and for its estimation in the coming years until the end of the theoretical service life of the structure.
Klíčová slova
Load bearing capacity, deterioration, reliability, reliability index
Autoři
DOLEŽEL, J.; ŠOMODÍKOVÁ, M.; LEHKÝ, D.; NOVÁK, D.
Vydáno
25. 4. 2016
Místo
Switzerland
ISSN
1662-9779
Periodikum
Solid State Phenomena
Ročník
2016
Číslo
249
Stát
Švýcarská konfederace
Strany od
173
Strany do
178
Strany počet
6
BibTex
@inproceedings{BUT126082, author="Jiří {Doležel} and Martina {Sadílková Šomodíková} and David {Lehký} and Drahomír {Novák}", title="Assessment of Load Bearing Capacity of Concrete Bridge after Exceeding the Design Life", booktitle="Proceedings from 22nd Czech Concrete Day 2015", year="2016", journal="Solid State Phenomena", volume="2016", number="249", pages="173--178", address="Switzerland", doi="10.4028/www.scientific.net/SSP.249.173", issn="1662-9779" }