Silke Bauer

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Steel/concrete box girder

Short Overview

  • consideration of hollow box girders with welded, simple symmetrical structural steel boxes
  • classification of cross section
  • consideration of secondary effects
  • design for limit state
  • limit servicability design
  • limit fatigue design 
  • design of bond dowels
  • consideartion of cross section variants
  • grafical representation of section values and design results
Analysis & design of steel-concrete box girders

Benefits of composite steel/concrete box girder

he programme component RTcompositeSteelBox fem supports the calculation and design of  spatial box girder systems of structural steel, composite steel-concrete or reinforced concrete bridges and in particular provides the following advantages:

  • Graphic-oriented surface during design with interactive cross section optimisation
  • The calculation / design of the composite girders is performed according to the overall cross section method
  • Simple acquisition of the system, cross section and load histories
    Consideration of forces of cracking in the concrete chord
  • Automatic evaluation of secondary effects resulting from creep and shrinkage
  • Powerful and economic design according to DIN technical report 104 with a clear result graphic and specific detail information
  • Document output in RTprint / RTF format in compliance with the user’s requirements

Detailed informations to composite steel/concrete box girder

RIB Solutions>Structural Engineering>Structural engineering FEM>Steel/concrete box girder

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