PARFUME: Gas-Cooled Reactor Fuel Performance Assessment

INL Software; Hans Gougar; William Skerjanc; Gregory Miller; John Maki

PARFUME: Gas-Cooled Reactor Fuel Performance Assessment

INL Software (Photographer), Hans Gougar (Developer), William Skerjanc (Developer), Gregory Miller (Developer), John Maki (Developer)

Research output: Non-textual form › Software

Abstract

PARFUME is a gas-cooled reactor fuel performance modeling and analysis code that evaluates the behavior of fuel particles during irradiation and accident conditions to determine their failure probability. The code accounts for variations in physical dimensions and material properties, calculates the diffusion of fission products, and determines the release of fission products at the fuel element level. The customer base for PARFUME includes High-Temperature Reactor developers and fuel suppliers who require a fuel performance code for TRISO fuel. The customer problem needing solving has an economic and societal impact as there is a need for reliable fuel performance analysis in the operation of high-temperature reactors.

This software is under copyright. To purchase a license, please use the 'Contact Us' form on this page. We will respond as promptly as possible.

Original language	American English
State	Published - 2019

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https://inlsoftware.inl.gov/product/parfume

Cite this

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title = "PARFUME: Gas-Cooled Reactor Fuel Performance Assessment",

abstract = "PARFUME is a gas-cooled reactor fuel performance modeling and analysis code that evaluates the behavior of fuel particles during irradiation and accident conditions to determine their failure probability. The code accounts for variations in physical dimensions and material properties, calculates the diffusion of fission products, and determines the release of fission products at the fuel element level. The customer base for PARFUME includes High-Temperature Reactor developers and fuel suppliers who require a fuel performance code for TRISO fuel. The customer problem needing solving has an economic and societal impact as there is a need for reliable fuel performance analysis in the operation of high-temperature reactors.This software is under copyright. To purchase a license, please use the 'Contact Us' form on this page. We will respond as promptly as possible.",

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year = "2019",

language = "American English",

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A2 - Gougar, Hans

A2 - Skerjanc, William

A2 - Miller, Gregory

A2 - Maki, John

PY - 2019

Y1 - 2019

N2 - PARFUME is a gas-cooled reactor fuel performance modeling and analysis code that evaluates the behavior of fuel particles during irradiation and accident conditions to determine their failure probability. The code accounts for variations in physical dimensions and material properties, calculates the diffusion of fission products, and determines the release of fission products at the fuel element level. The customer base for PARFUME includes High-Temperature Reactor developers and fuel suppliers who require a fuel performance code for TRISO fuel. The customer problem needing solving has an economic and societal impact as there is a need for reliable fuel performance analysis in the operation of high-temperature reactors.This software is under copyright. To purchase a license, please use the 'Contact Us' form on this page. We will respond as promptly as possible.

AB - PARFUME is a gas-cooled reactor fuel performance modeling and analysis code that evaluates the behavior of fuel particles during irradiation and accident conditions to determine their failure probability. The code accounts for variations in physical dimensions and material properties, calculates the diffusion of fission products, and determines the release of fission products at the fuel element level. The customer base for PARFUME includes High-Temperature Reactor developers and fuel suppliers who require a fuel performance code for TRISO fuel. The customer problem needing solving has an economic and societal impact as there is a need for reliable fuel performance analysis in the operation of high-temperature reactors.This software is under copyright. To purchase a license, please use the 'Contact Us' form on this page. We will respond as promptly as possible.

M3 - Software

ER -

PARFUME: Gas-Cooled Reactor Fuel Performance Assessment

Abstract

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