This paper presents the GeN-transFoam solver, which is a coupled code between the GeN-Foam multi-physics solver developed at the Paul Scherrer Institute, and the fuel performance code TRANSURANUS developed at the Joint Research Center-Karlsruhe. It starts with a discussion on the possible coupling schemes between the two codes, which is followed by introducing the coupling scheme selected for the current version of the code. To demonstrate the improvements the TRANSURANUS models bring to the original multi-physics solver, a comparison study is conducted between the original GeN-Foam solver and the new GeN-transFoam solver
Paul Scherrer Institut is developing a high-resolution multi-physics core solver for VVER analysis. ...
Recent developments of the TRANSURANUS code concering the modelling and simulation of nuclear fuel r...
Code verification is an important part of software development process that asserts code correctness...
GeN-FOAM is a multi-physics solver based on the OpenFOAM library developed at PSI/EPFL, Switzerland ...
The FRED code is an in-house tool developed at the Paul Scherrer Institut for the so-called 1.5-D nu...
The FRED code is an in-house tool developed at the Paul Scherrer Institut for the so-called 1.5-D nu...
In the last two decades the reactor dynamics code DYN3D was coupled to thermal hydraulics system cod...
Several institutions plan to couple the fuel performance code TRANSURANUS developed by the European ...
International audienceThe Laboratory for Reactor Physics and Systems Behaviour at the PSI and the EP...
This paper will present the modelling activities at various scales carried out and planned at ITU fo...
The aim of this thesis is to develop and implement a code for solving the coupled multiphysics of PW...
International audienceThe FAST group at the Paul Scherrer Institut has been developing a code system...
Demands for reactor safety assessments and for the tools to make these are continuously growing. Apa...
Among the applications of the multiscale modelling approach in nuclear fuel rod performance, the cou...
International audienceA generic coupling method between a multi-physics workflow engine and an optim...
Paul Scherrer Institut is developing a high-resolution multi-physics core solver for VVER analysis. ...
Recent developments of the TRANSURANUS code concering the modelling and simulation of nuclear fuel r...
Code verification is an important part of software development process that asserts code correctness...
GeN-FOAM is a multi-physics solver based on the OpenFOAM library developed at PSI/EPFL, Switzerland ...
The FRED code is an in-house tool developed at the Paul Scherrer Institut for the so-called 1.5-D nu...
The FRED code is an in-house tool developed at the Paul Scherrer Institut for the so-called 1.5-D nu...
In the last two decades the reactor dynamics code DYN3D was coupled to thermal hydraulics system cod...
Several institutions plan to couple the fuel performance code TRANSURANUS developed by the European ...
International audienceThe Laboratory for Reactor Physics and Systems Behaviour at the PSI and the EP...
This paper will present the modelling activities at various scales carried out and planned at ITU fo...
The aim of this thesis is to develop and implement a code for solving the coupled multiphysics of PW...
International audienceThe FAST group at the Paul Scherrer Institut has been developing a code system...
Demands for reactor safety assessments and for the tools to make these are continuously growing. Apa...
Among the applications of the multiscale modelling approach in nuclear fuel rod performance, the cou...
International audienceA generic coupling method between a multi-physics workflow engine and an optim...
Paul Scherrer Institut is developing a high-resolution multi-physics core solver for VVER analysis. ...
Recent developments of the TRANSURANUS code concering the modelling and simulation of nuclear fuel r...
Code verification is an important part of software development process that asserts code correctness...