Co-simulation with Abaqus and STAR-CCM+ from CD-adapco is jointly qualified and supported by SIMULIA and CD-adapco. For any questions regarding co-simulation with Abaqus and STAR-CCM+ you can contact either the SIMULIA local office or CD-adapco office.

¹ Abaqus 6.10-2 is qualified with STAR-CCM+ 5.06.
² Iterative coupling is supported beginning with the Abaqus 6.12 and STAR-CCM+ 7.04 releases.
³ Supports overset mesh technology.

Abaqus Supported platforms for Co-simulation with STAR-CCM+
Co-Simulation with Abaqus and STAR-CCM+ has been qualified with the structural and fluid analyses running on the same platform.

⁴ StarCCM+ 7.04 or prior is supported on Windows/x86-32 platforms.

Co-simulation with Abaqus and SC-Tetra from Software Cradle is supported and qualified by Software Cradle. The data provided on this page is based on information SIMULIA receives from Software Cradle. Please contact Software Cradle for further information and support.

Abaqus Supported platforms for Co-simulation with SC-Tetra

Co-simulation with Abaqus and FlowVision from CAPVIDIA is supported and qualified by CAPVIDIA.   The data provided on this page is based on information SIMULIA receives from CAPVIDIA. Please contact CAPVIDIA for further information or support.

Co-simulation with Abaqus and FIRE from AVL is supported and qualified by AVL. The data provided on this page is based on information SIMULIA receives from AVL. Please contact AVL for further information or support.

Co-simulation with Abaqus and AcuSolve from Altair is supported and qualified by Altair. Co-simulation with AcuSolve has been qualified with the structural and fluid analyses running on the same platform. The data provided on this page is based on information SIMULIA receives from Altair. Please contact Altair for further information or support.

 
• It is expected that the co-simulation can be performed with the CFD analysis running on platforms not supported by Abaqus. For a full list of platforms supported by AcuSolve, please contact Altair.

Co-simulation with Abaqus and Madymo from TNO MADYMO BV is supported and qualified by SIMULIA.   Support for co-simulation with Abaqus and Madymo is discontinued with the Abaqus 6.12 release. For information on Abaqus crash dummy and barrier models, see our Abaqus Add-on products.

Co-simulation using the MpCCI interface allows coupling Abaqus to MpCCI compliant third-party codes.  Third-party codes coupling with Abaqus are qualified and supported by Fraunhofer SCAI. The data provided on this page is based on information SIMULIA receives from Fraunhofer SCAI. Please contact Fraunhofer SCAI for further information or support.

 
• It is expected that co-simulation can be performed with the MpCCI interface running on other platforms not supported by Abaqus. For a full list of platforms supported by MpCCI, contact Fraunhofer SCAI.

Co-simulation with Abaqus and FLUENT requires MpCCI from Fraunhofer SCAI. The co-simulation between Abaqus and FLUENT is jointly qualified and supported by SIMULIA, ANSYS Inc. and Fraunhofer SCAI. Co-Simulation with MpCCI and FLUENT has been qualified with the structural and fluid analyses running on the same platform by SIMULIA. The tables below indicate version compatibility among these products and the platforms that are supported.

 
• It is expected that Co-Simulation can be performed with the CFD analysis running on other platforms not supported by Abaqus. For a full list of platforms supported by MpCCI and FLUENT, contact Fraunhofer SCAI and ANSYS, Inc respectively.

Co-simulation with Abaqus and STAR-CD from CD-adapco requires MpCCI from Fraunhofer SCAI. The co-simulation between Abaqus and STAR-CD is qualified and supported by Fraunhofer SCAI. The tables below indicate version compatibility among these products and the platforms that are supported.

 
• It is expected that Co-Simulation can be performed with the CFD analysis running on other platforms not supported by Abaqus. For a full list of platforms supported by MpCCI and STAR-CD, contact Fraunhofer SCAI.