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Material nonlinearity for 3D beam

RTnlmat - Option cracked concrete for spatial framework calculations

Overview

  • Consideration of biaxial bending and normal force
  • Contribution of the concrete between the cracks
  • Consideration of different design approaches
  • Automatic load determination
  • Realistic evaluation of deformations and internal forces
  • Consideration of non-prestressed and prestressed reinforcement

 

Benefits of RTnlmat

    For analyses in the cracked state, the basic system of TRIMAS® and PONTI® can be enhanced by the option cracked concrete for spatial frameworks. The fully graphically interactive processing enables fast familiarisation and provides the following advantages:

    • Simple input of the reinforcement in the bar cross section
    • Application for DIN and EN
    • Can be used for arbitrary spatial frame systems
    • Analysis of spatial stability failure
    • An ultimate load calculation is also possible for prestressed systems
    • Economic component design via use of surplus capacities
    • Evaluation of realistic deformations
    Systemuntersuchungen in Zustand II für Stabtragwerke

    Systemuntersuchungen in Zustand II für Stabtragwerke

    Contact sales structural engineering

    Silke Bauer
    +49 711 7873 157
    structuralengineering@rib-software.com

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    Solutions for structural engineering and test engineers

    Support for structural engineering