Silke Bauer

Your RIB contact for RIBTEC Silke Bauer Tel.: +49 711 7873-157 eMail: structuralengineering[at]rib-software.com

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FEM-Solutions for bridge engineering systems

framed bridge with integrated abutments
bridge model with spatial curved prestressing tendons
composite concrete bridge with cast-in-place slab and casting segments

PONTI®, is the bridge engineering system of RIB, which combines software experience of many years with a trend setting functionality for Your advantage: You can perform a practice oriented and economical bridge design for different construction and load stages for a variety of different bridge types and according to actual standards

  • beam, grillage and frame bridges
  • arch, cable-stayed and suspension bridges
  • plate bridges as well as abutments and subways
  • composite deck and frame bridges as well as box-girder also as composite construction type
  • overall bridge models incl. pile foundation

All design rules for reinforced and prestressed solid concrete concrete bridges as well as for composite concrete or steel-concrete bridges are implemented. Right from the start You profit from an up-to-date design for the dimensionimng of road, railway or pedesrian bridges.

In particular the development of a bridge system is supported by member oriented processing and an efficient load generation. If required, the manufaktoring process is considered.Prestressing tendons with a spatial curvature can be built in into almost every bridge system. The program PONTI® solves Your analysis and design tasks promptly including an optimization of reinforcement and prestressing steel. Besides this, the FE-system PONTI® can also support You in the analysis and design of building structures.

FEM for bridge design:

Spatial FEM-System EXPERT Version

  • FEM-System for solid bridges incl. TRIMAS®  fem, design of solid bridge sections, prestressing, construction stages, geometric nonlinear analysis and serviceability limit state design for buildings and bridges
    PONTI® EXPERT
  • FEM-System for composite concrete bridges incl. TRIMAS® fem, prestressing, construction stages and design of composite concrete bridge sections
    PONTI® compositeconcrete EXPERT
  • FEM-System for composite steel-concrete bridges incl. TRIMAS® fem, construction stages and design of composite steel-concrete bridge sections
    PONTI® compositesteel EXPERT

 


Spatial FEM-System frame structures - standard version

  • FEM-System for solid bridges incl. TRIMAS® frame , design of solid bridge sections, prestressing, construction stages and geometric nonlinear analysis 
    PONTI®
  • FEM-System for composite concrete bridges incl. TRIMAS®frame, prestressing, construction stages and design of composite concrete bridge sections
    PONTI® compositeconcrete
  • FEM-System for composite steel-concrete bridges incl. TRIMAS®frame, construction stages and design of composite steel-concrete bridge sections
    PONTI® compositesteel

  


Spatial  FEM-System - basic version

  • basic version for solid bridges for reinforced slab bridges incl. TRIMAS® fem and serviceability limit state design for buildings and bridges
    PONTI® COMPACT


Program options for PONTI®

    • enhancement for composite steel-concrete prefabricated girder  cross section for TRIMAS® fem and PONTI®
      RTcompositesteelPre
    • enhancement  for composite steel-concrete box girder cross section for TRIMAS® fem and PONTI®
      RTcompositesteelBox
    • enhancement  for  recalculation of RC and prestressed solid  bridges for TRIMAS® fem and PONTI®
      RTbridgeRecalculation
    • enhancement  for  recalculation of RC  solid  bridges for TRIMAS® fem and PONTI®
      RTbridgeRecalculation RC


    RIB Solutions>Structural Engineering>Bridge engineering FEM

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