A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON

Nicolas Martin; Guy Marleau; Alain Hébert

A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON

Nicolas Martin, Guy Marleau, Alain Hébert

Research output: Contribution to conference › Paper › peer-review

Abstract

In this paper we present a premilinary analysis of the NEA3D-TAB-2007 transport problem proposed by the OECD/NEA expert group on radiative transfer. This computational benchmark was originally proposed by Y. Azmy in 2007 to test the performance of 3D transport methods and codes over a suite of problems defined by large variations in space parameters. Two deterministic methods were applied to generate the numerical solutions: the discrete ordinates method (SN), and the method of open characteristics of I.R. Suslov (MCCG). We provide comparisons between MCNPreference solutions and MCCG and DRAGON-SN results in order to reveal the advantages and limitations of both methods

Original language	American English
State	Published - Nov 2008
Externally published	Yes
Event	Canadian Nuclear Society nuclear simulation symposium - Ottawa, Canada Duration: Nov 2 2008 → Nov 4 2008

Conference

Conference	Canadian Nuclear Society nuclear simulation symposium
Country/Territory	Canada
City	Ottawa
Period	11/2/08 → 11/4/08

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https://www.researchgate.net/profile/Nicolas-Martin-16/publication/260319131_A_PREMILINARY_STUDY_OF_THE_OECDNEA_3D_TRANSPORT_PROBLEM_USING_THE_LATTICE_CODE_DRAGON/links/5525ebd20cf25d66dc946df9/A-PREMILINARY-STUDY-OF-THE-OECD-NEA-3D-TRANSPORT-PROBLEM-USING-THE-LATTICE-CODE-DRAGON.pdf

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Martin, N., Marleau, G., & Hébert, A. (2008). A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON. Paper presented at Canadian Nuclear Society nuclear simulation symposium, Ottawa, Ontario, Canada. https://www.researchgate.net/profile/Nicolas-Martin-16/publication/260319131_A_PREMILINARY_STUDY_OF_THE_OECDNEA_3D_TRANSPORT_PROBLEM_USING_THE_LATTICE_CODE_DRAGON/links/5525ebd20cf25d66dc946df9/A-PREMILINARY-STUDY-OF-THE-OECD-NEA-3D-TRANSPORT-PROBLEM-USING-THE-LATTICE-CODE-DRAGON.pdf

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title = "A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON",

abstract = "In this paper we present a premilinary analysis of the NEA3D-TAB-2007 transport problem proposed by the OECD/NEA expert group on radiative transfer. This computational benchmark was originally proposed by Y. Azmy in 2007 to test the performance of 3D transport methods and codes over a suite of problems defined by large variations in space parameters. Two deterministic methods were applied to generate the numerical solutions: the discrete ordinates method (SN), and the method of open characteristics of I.R. Suslov (MCCG). We provide comparisons between MCNPreference solutions and MCCG and DRAGON-SN results in order to reveal the advantages and limitations of both methods",

author = "Nicolas Martin and Guy Marleau and Alain H{\'e}bert",

year = "2008",

month = nov,

language = "American English",

note = "Canadian Nuclear Society nuclear simulation symposium ; Conference date: 02-11-2008 Through 04-11-2008",

}

Martin, N, Marleau, G & Hébert, A 2008, 'A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON', Paper presented at Canadian Nuclear Society nuclear simulation symposium, Ottawa, Canada, 11/2/08 - 11/4/08. <https://www.researchgate.net/profile/Nicolas-Martin-16/publication/260319131_A_PREMILINARY_STUDY_OF_THE_OECDNEA_3D_TRANSPORT_PROBLEM_USING_THE_LATTICE_CODE_DRAGON/links/5525ebd20cf25d66dc946df9/A-PREMILINARY-STUDY-OF-THE-OECD-NEA-3D-TRANSPORT-PROBLEM-USING-THE-LATTICE-CODE-DRAGON.pdf>

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T1 - A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON

AU - Martin, Nicolas

AU - Marleau, Guy

AU - Hébert, Alain

PY - 2008/11

Y1 - 2008/11

N2 - In this paper we present a premilinary analysis of the NEA3D-TAB-2007 transport problem proposed by the OECD/NEA expert group on radiative transfer. This computational benchmark was originally proposed by Y. Azmy in 2007 to test the performance of 3D transport methods and codes over a suite of problems defined by large variations in space parameters. Two deterministic methods were applied to generate the numerical solutions: the discrete ordinates method (SN), and the method of open characteristics of I.R. Suslov (MCCG). We provide comparisons between MCNPreference solutions and MCCG and DRAGON-SN results in order to reveal the advantages and limitations of both methods

AB - In this paper we present a premilinary analysis of the NEA3D-TAB-2007 transport problem proposed by the OECD/NEA expert group on radiative transfer. This computational benchmark was originally proposed by Y. Azmy in 2007 to test the performance of 3D transport methods and codes over a suite of problems defined by large variations in space parameters. Two deterministic methods were applied to generate the numerical solutions: the discrete ordinates method (SN), and the method of open characteristics of I.R. Suslov (MCCG). We provide comparisons between MCNPreference solutions and MCCG and DRAGON-SN results in order to reveal the advantages and limitations of both methods

M3 - Paper

T2 - Canadian Nuclear Society nuclear simulation symposium

Y2 - 2 November 2008 through 4 November 2008

ER -

A PREMILINARY STUDY OF THE OECD/NEA3D TRANSPORT PROBLEM USING THE LATTICE CODE DRAGON

Abstract

Conference

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