MpCCI – Multiphysics Interfaces

Fraunhofer-Institut für Algorithmen und Wissenschaftliches Rechnen SCAI

FSI for a Axial Hydraulic Pump using Fluent/STAR-CCM+ and Abaqus
(by courtesy of Space Research Center of the Polish Academy of Sciences, Poland)

MpCCI CouplingEnvironment – The Standard Interface for Multiphysics Code Coupling

MpCCI FSIMapper – File based Mapping for FSI Applications

MpCCI MetalMapper – File based Mapping for Metal Forming Workflows

MpCCI MapLib – C++ Programming Library for Customised Solutions

MpCCI 4.2.0 - Release April 2012

MpCCI Mapping Solutions:

  • file based mapper tools for FSI and metal forming applications;
  • C++ programming library available

MpCCI CouplingEnvironment 

  • Improved and more convenient setting for neighbourhood search parameters
  • Better support for orphaned regions
  • Synchronised 1-way coupling 
  • Improved batch management facilities 
  • Abaqus: Option "Enforce quasistatic" 
  • FINE/Hexa, FINE/Open, FINE/Turbo: using already prepared boundaries for couplingsetup
  • RadTherm: Multilayer part and  checks for no dual sided baffle with front- and backside in same part; Handling of duplicate part names
  • STAR-CCM+: 6-DOF models are supported for FSI; Improved memory management for the JAVA based adapter