MpCCI - Interfaces for Co-Simulation and Mapping

The MpCCI interface software is a vendor neutral solution for co-simulation and file-based data transfer. MpCCI supports a growing number of commercial as well as research simulation tools in different engineering disciplines.

The MpCCI software is offered as a licensed product and distributed by scapos AG.


MpCCI CouplingEnvironment

Bi-directional coupling of simulation codes for static and transient multiphysics problems.




One-way transfer and mapping of CFD results into FEA models.


MpCCI Mapper


One-way transfer and mapping of manufacturing and forming results into crash and structural analysis.


MpCCI ArcLib


Model library for electric arc simulations using ANSYS Emag and ANSYS Fluent.

Software Release

MpCCI 4.5.2 (May 2018) has been released

MpCCI 4.5.2 Mapper

  • Graphical user interfaces has been redesigned and is now QT based
  • Validation concept has been redesigned and is now available for all quantities
  • Enhanced script able batch mode using configuration file
  • Enhanced data visualization for tensor and vector quantities
  • Abaqus export of shell section composite when mapping fibre orientations
  • ANSYS export support for THICKNESS variable
  • COPRA FEA reading support (based on MSC Marc)
  • LSDyna history variable concept has been extended to assign higher history ids than defined
  • MSC Marc .t19 result file reading support
  • Moldflow can handle multiple XML-based result files at once
  • MSC Nastran SOL 700 write support for stresses and strains

MpCCI 4.5.2 CouplingEnvironment

  • Improve the start and information management (information, error dialogs and status) in MpCCI GUI
  • Additional insight in the quantity set name in MpCCI GUI
  • Flexible code environment setup for batch system
  • Additional option to handle large amount of parts in MpCCI visualizer
  • Additional server log file with elapsed wall clock time for the coupling operation
  • Iterative coupling enhancement: enable convergence on relaxed values, option to relax the first iteration by Omega value for the Quasi-Newton
  • Anderson Mixing method
  • new supported code releases:
    • Abaqus 2018
    • ANSYS (Mechanical, FLUENT) 18.2, 19.0
    • FINE/Open 6.2
    • FINE/Turbo 11.2, 12.1, 12.2
    • JMAG 17.0
    • MSC Adams 2018
    • MSC Marc 2017.1
    • MSC Nastran 2018.0, 2018.1
    • OpenFOAM v1712
    • TaiTherm 12.4.0, 12.4.2, 12.5.1, 12.5.2
    • STAR-CCM+ 12.04, 12.06

MpCCI 4.5.1 (July 2017) has been released

MpCCI 4.5.1 CouplingEnvironment

  • New option to import/export the Region Rules in the GUI
  • Improvements for the monitor plot on iterative coupling
  • Bug fix for the case of using the 'useAbsolutePath' option with batch command
  • ANSYS (Fluent, Mechanical, ICEPAK): v18.1 supported
  • JMAG: v16.0, 16.1 supported
  • MSC Adams 2017.1, MSC Adams 2017.2
  • MSC Marc 2017
  • MSC NASTRAN 2017.1
  • OpenFOAM v1706
  • TAITherm 12.3
  • STAR-CCM+ 12.04.010

MpCCI 4.5 CouplingEnvironment

  • New Quasi-Newton Relaxation Method
  • FSI coupling with rotating parts modelled in different reference frames
  • MpCCI GUI for automatic region building
  • MpCCI Visualiser irmprovements
  • Dynamic sub-cycling with RadTHERM/TAITherm

MpCCI 4.5.1 FSIMapper

  • New additional variant for the Fourier Transformation - spectrogram analysis
  • New support for model defined with mirror symmetric properties

MpCCI 4.5 FSIMapper

  • Enhanced processing of Fourier-transformed data
  • New Harmonic Wizard
  • Transient nodal forces from JMAG to MSC Nastran
  • Ls-Dyna for transient force excitation mapping applications