awsome-NTE-solver

A list of neutron transport equation solver code

DANTSYS (ONEDANT,TWODANT,THREEDANT)

  • origin: LANL
  • methods: SN, FDM

PARTISN

  • origin: LANL
  • methods: SN, FDM

ATTILA

  • origin: LANL, Transpire.inc, Varex Imaging.
  • methods: SN, DEFM

DOORS (ANISN,DORT,TORT)

  • origin: ORNL
  • methods: SN, FDM

SCALE

  • origin: ORNL
  • DENOVO
    • methods: SN, FDM
  • TRITON
    • methods: MOC

PROTEUS

  • origin: ANL
  • PROTEUS-SN
    • methods: SN, FEM, EP
  • PROTEUS-MOC
    • methods: MOC
  • PROTEUS-NODAL
    • methods: DN

SHARP

  • origin: ANL
  • methods: PN, EP, SN, DN, FEM, MOC

MOOSE-Rattlesnake

  • origin: INL
  • methods: SN, DFEM, PN, FEM, LS, SAAF

MPACT

  • origin: MU
  • methods: MOC

PENTRAN

  • origin: PSU
  • methods: SN,FD

OpenMOC

  • origin: MIT
  • methods: MOC

PARCS

  • origin: PU
  • methods: DN

AGENT

  • origin: PU
  • methods: 2D-MOC/1D-FDM

COMET

  • origin: GT
  • methods: RM

CASMO5

  • origin: Studsvik Scandpower
  • methods: 2D-MOC

SIMULATE5

  • origin: Studsvik Scandpower
  • methods: 3D-DN

HELIOS2

  • origin: Studsvik Scandpower
  • methods: 2D-Pij/MOC

ANC

  • origin: Westinghouse
  • methods: ND

PARAGON

  • origin: Westinghouse
  • methods: 2D-Pij

DRAGON

  • origin: EPM
  • methods: Pij, MOC

TRIVAC

  • origin: EPM
  • methods: DN, SPN

APOLLO2

  • origin: CEA
  • methods: 2D-Pij/MOC/SN

CRONOS2

  • origin: CEA
  • methods: 3D:DN,SPN,SN

ERANOS

  • origin: CEA
  • methods: 2D:Pij,SN; 3D: PN

APOLLO3

  • origin: CEA
  • methods: 2D:Pij,MOC,SN; 3D:DN,SPN,SN,MOC

MINARET

  • origin: CEA
  • methods: SN, DFEM

IDT

  • origin: CEA
  • methods: SN, MOC

WIMS

  • origin:
  • methods: 2D:Pij,SN,MOC; 3D:DN,MOC

EVENT

  • origin: IC
  • methods: PN,FEM,EP

RADIANT

  • origin: IC
  • methods: PN, FEM, FNTE

CRX

  • origin: KAERI
  • methods: 2D-MOC

DeCART

  • origin: KAERI
  • methods: SN,MOC

AETIUS

  • origin: KAERI
  • methods: SN, DFEM

AEGIS

  • origin: NU
  • methods: 2D-MOC

SCOPE2

  • origin: NU
  • methods: SN, DFEM

CHAPLET 3D

  • origin: OU
  • methods: 2D-MOC/1D-FDM

Abbreviations

Organization

  • LANL: Los Alamos National Laboratory
  • ANL: Argonne National Laboratory
  • ORNL: Oak Ridge National Laboratory
  • INL: Idaho National Laboratory
  • MU: Michigan University
  • MIT: Massachusetts Institute of Technology
  • PSU: Pennsylvania State University,
  • PU: Purdue University
  • GT: Georgia Institute of Technology
  • EPM: Ecole Polytechnique de Montréal (Canada)
  • CEA: Commissariat àl’Energie Atomique(France)
  • IC: Imperial College (UK)
  • KAERI: Korea Atomic Energy Research Institute (Korea)
  • NU: Nagoya University (Japan)
  • OU: Osaka University (Japan)

Angular Approximation

  • SN: Discrete Ordinates Angular Approximation
  • PN: spherical harmonics Angular Approximation
  • MOC: Method Of Characteristics
  • DN: Diffusion Nodale

Space Approximation

  • FEM: Finite Element Methods
  • FDM: Finite Difference Methods
  • DFEM: Discontinuous Finite Element Methods
  • RM: Response Matrix

Equation

  • NTE: Neutron Transport Equation
  • EP: Second-order Even Parity Equation
  • LS: Least Squares formulation
  • SAAF: Self-Adjoint Angular Flux formulation
  • FNTE: First-order Neutron Transport Equation

Reference

[1] wikipedia

[2] PROSPECTS IN DETERMINISTIC THREE-DIMENSIONAL PROSPECTS IN DETERMINISTIC THREE-DIMEWHOLE-CORE TRANSPORT CALCULATIONS