Difference between revisions of "FINIX"
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FINIX is a fuel behaviour module developed at VTT Technical Research Centre of Finland. It calculates the thermomechanical solution of a cylindrical fuel rod separately in each axial region of the rod. The rod internal pressure is calculated by taking into account the deformations and temperatures of all axial nodes, and is assumed equal throughout the axial length of the rod. Coupled with the one dimensional treatment of the heat equation, this constitutes the so-called 1.5-dimensional model. | FINIX is a fuel behaviour module developed at VTT Technical Research Centre of Finland. It calculates the thermomechanical solution of a cylindrical fuel rod separately in each axial region of the rod. The rod internal pressure is calculated by taking into account the deformations and temperatures of all axial nodes, and is assumed equal throughout the axial length of the rod. Coupled with the one dimensional treatment of the heat equation, this constitutes the so-called 1.5-dimensional model. | ||
| − | Chapter 8.7 in the manual FINIX manual (see below) gives general instructions on creating the necessary input files for a FINIX calculation. Chapters 3-7 present the theoretical models | + | Chapter 8.7 in the manual FINIX manual (see below) gives general instructions on creating the necessary input files for a FINIX calculation. Chapters 3-7 present the theoretical models behind the code. |
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== See also == | == See also == | ||
| − | [[:File:VTT-R-01103-19 FINIX-1.19.12-manual.pdf | FINIX manual]] | + | *[[:File:VTT-R-01103-19 FINIX-1.19.12-manual.pdf | FINIX manual]] |
| − | + | *[[SuperFINIX]] | |
[[Category:FINIX]] | [[Category:FINIX]] | ||
Latest revision as of 14:42, 19 October 2023
FINIX is a fuel behaviour module developed at VTT Technical Research Centre of Finland. It calculates the thermomechanical solution of a cylindrical fuel rod separately in each axial region of the rod. The rod internal pressure is calculated by taking into account the deformations and temperatures of all axial nodes, and is assumed equal throughout the axial length of the rod. Coupled with the one dimensional treatment of the heat equation, this constitutes the so-called 1.5-dimensional model.
Chapter 8.7 in the manual FINIX manual (see below) gives general instructions on creating the necessary input files for a FINIX calculation. Chapters 3-7 present the theoretical models behind the code.
