Steel‐Concrete Composite Bridge Diagnostics and Reconstruction

Author:

Vanova Patricia1,Kusnir Stefan1,Dubecky Daniel1,Harabinova Slavka1,Orolin Peter1,Kvocak Vincent1,Lavko Martin1

Affiliation:

1. Technical University of Kosice Kosice Slovakia

Abstract

AbstractMany bridges in Slovakia are reaching their designed life span these days. Due to frequent errors during the construction of those bridges as well as bad maintenance, steel‐concrete bridges are now in a critical state and urgent repairs of those structures are needed. In this article progressive methods of retrofitting existing concrete bridges are shown. In the presented method, the original pillars and original bridge deck will remain in their place, and on the existing deck new composite, steel‐concrete bridge deck with encased steel members of progressive shape will be created. This method brings significant cost reduction for such retrofitting and enables the application of increased loads on the bridge.

Publisher

Wiley

Subject

General Earth and Planetary Sciences,General Environmental Science

Reference13 articles.

1. STN EN 206-1 - Betón.Časť 1: Špecifikácia vlastnosti výroba a zhoda.

2. Geologická mapa SR M 1:50 000 Available online:https://www.geology.sk/geoinfoportal/mapovy-portal/geologicke-mapy/

3. STN 73 1001 - Geotechnické konštrukcie.Zakladanie stavieb.

4. STN 73 0037-Zemný tlak na stavebné konštrukcie.

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