Entwicklung neuer Nachweiskonzepte für vertikale Schienenstützpunktkräfte an Bauwerksfugen bei Fester Fahrbahn mithilfe von Grenzwertbetrachtungen

Translated title of the contribution: Development of new design concepts for vertical rail support forces on bridging joints with slab track by means of limit value consideration

Marco Vogel, Nicholas Schramm, Sebastian Plica, Oliver Fischer

Research output: Contribution to specialist publicationArticle

2 Scopus citations

Abstract

For railway bridges with slab track, the vertical rail support forces on bridging joints must be designed according to attachment 29 of the DS 804 guideline (published in 2000). The specifications according to this current design standard have been derived on the basis of a linear force-deformation behavior. Due to the nonlinear stiffness behavior of newly developed high-performance supports for slab track systems, these design provisions need to be updated and questioned critically. This paper describes the overall background as well as the derivation of special j-d-diagrams, which result both from linear and nonlinear boundary value analyses. These diagrams may be utilized to assess the current design concept. In addition, the depicted limit curves enable a simplified determination of admissible rotations and displacements at structural joints.

Translated title of the contributionDevelopment of new design concepts for vertical rail support forces on bridging joints with slab track by means of limit value consideration
Original languageGerman
Pages124-130
Number of pages7
Volume93
No3
Specialist publicationBauingenieur
StatePublished - 1 Jan 2018

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