Conference paper Open Access

Creation of an OpenFOAM fuel performance class based on FRED and integration into the GeN-Foam multi-physics code

Fiorina Carlo; Pautz Andreas; Mikityuk Konstantin


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        <foaf:name>Pautz Andreas</foaf:name>
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    <dct:title>Creation of an OpenFOAM fuel performance class based on FRED and integration into the GeN-Foam multi-physics code</dct:title>
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    <dct:description>&lt;p&gt;The FRED code is an in-house tool developed at the Paul Scherrer Institut for the so-called 1.5-D nuclear fuel performance analysis. In order to extend its field of application, this code has been re-implemented as a class of the OpenFOAM numerical library. A first objective of this re-implementation is to provide this tool with the parallel scalability necessary for full-core analyses. In addition, the use of OpenFOAM as base library allows for a straightforward interface with the standard Open-FOAM CFD solvers, as well as with the several OpenFOAM-based applications developed by the nuclear engineering community. In this paper, the newly developed FRED-based Open-FOAM class has been integrated in the GeN-Foam multi-physics code mainly developed at the E&amp;acute;cole polytechnique fe&amp;acute;de&amp;acute;rale de Lausanne and at the Paul Scherrer Institut. The paper presents the details of both the re-implementation of the FRED code and of its integration in GeN-Foam. The performances and parallel scalability of the tool are preliminary investigated and an example of application is provided by performing a full-core multiphysics analysis of the European Sodium Fast Reactor.&lt;/p&gt;</dct:description>
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