Interaction of Reinforced Elastomeric Bearings in Bridge Construction

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Abstract

The aim of this paper is to demonstrate the behavior of reinforced elastomeric bearings under various loads. They are made of special types of bearings. The experimental verification of these special bearings has been tested on various types of loading. The results of the experimental measurements are compared with the results of the numerical modeling and calculations according to the standard assumptions in STN EN 1337-3. In the conclusion, the results are summarized for the selected types of bearings.

STN EN 1337-3 (2005) Structural bearings-Part 3: Elastomeric bearings. SUTN

STN EN 10002-1 (2002) Metal materials – Tensile testing. Part 1: Tensile test at room temperature. Slovak standard institute

Block, T. (2010). Verdrehwiderstände bewehrter Elastomerlager. Bochum

Eggert, H. (2006) Bewehrte Elastomerlager. Erkenntnisstand und Defizite. Bautechnik

Nittmannová, Ľ. (2015) Compressive load of elastomeric bearings. Juniorstav 2015, 17. The International Conference of Postgraduate Students. Brno

Nittmannová, Ľ. – MAGURA, M. (2014) Effect of Reinforcement in Elastomeric Bearings under Compressive Load. The International Masaryk Conference: prceedings 1st edition, Hradec Králové : Magnanimitas. 2014. online. pp. 3754-3759. ISBN 978-80-87952-07-8.

Nittmannová, Ľ. (2012) Sliding parts of bridge bearings. In Procedia Engineering: Steel Structures and Bridge 2012. Czech and Slovak International Conference.Podbanské.SR.26. – 28.9.2012. Vol. 40 (2012). pp. 328-332. ISSN 1877-7058.

Petersen, Ch. (1987) Zur Beanspruchung moderner Brücken-lager-Eine Parameterstudie. Festschrift J. Scheer. Braunschweig

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Topaloff, B. Gummilager für Brücken – Berechnung und Anwendung. Der Bauingenieur 39, pp. 50-64

Hermann, L. R.– Haimdl, R. – Shafigh – Nobard F., Ramaswamy A. (1988) Nonlinear Behavior of Elastomeric Bearings. II: FE Analysis And Verification. Journal of Engineering Mechanics, Volume 114, Issue 11, November

Hubinská, L. (2008) Real behaviour of bridge filler beam deck. Juniorstav 2008 : 10th Professional Conference of Postgraduate Students : Brno University of Technology. Faculty of Civil Engineering. ISBN 978-80-86433-45-5.

DIN 4141(1984): Lager im Bauwesen. Beuth Verlag GmbH. Berlín

Kaiser, J. – Složka, V. – Dický, J. – Jurasov, V. (1990) Elasticity and Plasticity. Bratislava. Alfa.

Slovak Journal of Civil Engineering

The Journal of Slovak University of Technology

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