A new market segment for Computer Aided Engineering MpCCI (Mesh-based parallel Code Coupling Interface) has opened a new market segment for CAE: multi disciplinary simulation through coupling of established and best in-class simulation tools offers a variety of new disciplines and solution strategies. MpCCI has been developed at the Fraunhofer Institute SCAI in order to provide a code-independent interface for the coupling of different simula tion codes. Most of the leading CAE software vendors support the MpCCI Interface. About 100 licensed users and 40 partner installations worldwide (in 2006) have demonstrated usability and benefi t of the MpCCI open concept
The paper describes the techniques used for fluid-structure interaction analyses in the project IMEN...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
Work Package 9 (WP9) “Emerging Opportunities for Industrial Users of HPC” of the PRACE-2IP project p...
Many industrial and scientific applications are characterized by the interaction of different discip...
MpCCI (mesh-based parallel code coupling interface) definiert eine Schnittstelle fuer multidisziplin...
Many industrial applications are characterized by the interaction of different engineering disciplin...
This paper presents an environment which enables the coupling of different supercomputers to overcom...
This paper has been submitted to the CFD 2014 conference. To leverage the last two decades ’ transit...
To enable a realistic assessment of the aeroelastic phenomena of aircraft, a simultaneous applicatio...
This paper describes a software environment for doing multidisciplinary coupled simulations in compu...
This paper describes TENT, a system designed for integrating the various tools and parts of a CFD si...
The project aimed at extending the capabilities of an existing ow solver for Direct Numerical Simula...
Summary. The complexity of parallel PDE-based simulations continues to increase as multimodel, multi...
Abstract. The future-proof development of a compressible finite-volume RANS code is considered. An e...
Karlsruhe Institute of Technology (KIT) is developing the parallel computational fluid dynamics code...
The paper describes the techniques used for fluid-structure interaction analyses in the project IMEN...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
Work Package 9 (WP9) “Emerging Opportunities for Industrial Users of HPC” of the PRACE-2IP project p...
Many industrial and scientific applications are characterized by the interaction of different discip...
MpCCI (mesh-based parallel code coupling interface) definiert eine Schnittstelle fuer multidisziplin...
Many industrial applications are characterized by the interaction of different engineering disciplin...
This paper presents an environment which enables the coupling of different supercomputers to overcom...
This paper has been submitted to the CFD 2014 conference. To leverage the last two decades ’ transit...
To enable a realistic assessment of the aeroelastic phenomena of aircraft, a simultaneous applicatio...
This paper describes a software environment for doing multidisciplinary coupled simulations in compu...
This paper describes TENT, a system designed for integrating the various tools and parts of a CFD si...
The project aimed at extending the capabilities of an existing ow solver for Direct Numerical Simula...
Summary. The complexity of parallel PDE-based simulations continues to increase as multimodel, multi...
Abstract. The future-proof development of a compressible finite-volume RANS code is considered. An e...
Karlsruhe Institute of Technology (KIT) is developing the parallel computational fluid dynamics code...
The paper describes the techniques used for fluid-structure interaction analyses in the project IMEN...
We present an open-source library for coupling particle codes, such as molecular dynamics (MD) or th...
Work Package 9 (WP9) “Emerging Opportunities for Industrial Users of HPC” of the PRACE-2IP project p...