BISON FY17 accident capability development

KA Gamble; RJ Gardner; RL Williamson

doi:10.2172/1408737

BISON FY17 accident capability development

KA Gamble
, RJ Gardner
, RL Williamson

Research output: Book/Report › Technical Report

Abstract

The CASL-funded development work accomplished for milestone L2:FMC.P15.04 and described herein includes important new capabilities necessary for LOCA analysis, specifically: 1) an empirical model for axial fuel relocation as a consequence of cladding ballooning, and 2) energy deposition in Zircaloy cladding due to the highly exothermic steam oxidation reaction at high cladding temperatures. A separate chapter documents each of these new capabilities, with further documentation included in the BISON user documentation.

Original language	English
DOIs	https://doi.org/10.2172/1408737
State	Published - Jul 28 2017

Keywords

BISON
LOCA
Axial Fuel Relocation
Energy Deposition

INL Publication Number

INL/EXT-17-42875
34264

Access to Document

10.2172/1408737

Cite this

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title = "BISON FY17 accident capability development",

abstract = "The CASL-funded development work accomplished for milestone L2:FMC.P15.04 and described herein includes important new capabilities necessary for LOCA analysis, specifically: 1) an empirical model for axial fuel relocation as a consequence of cladding ballooning, and 2) energy deposition in Zircaloy cladding due to the highly exothermic steam oxidation reaction at high cladding temperatures. A separate chapter documents each of these new capabilities, with further documentation included in the BISON user documentation. ",

keywords = "BISON, LOCA, Axial Fuel Relocation, Energy Deposition",

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AU - Gardner, RJ

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N2 - The CASL-funded development work accomplished for milestone L2:FMC.P15.04 and described herein includes important new capabilities necessary for LOCA analysis, specifically: 1) an empirical model for axial fuel relocation as a consequence of cladding ballooning, and 2) energy deposition in Zircaloy cladding due to the highly exothermic steam oxidation reaction at high cladding temperatures. A separate chapter documents each of these new capabilities, with further documentation included in the BISON user documentation.

AB - The CASL-funded development work accomplished for milestone L2:FMC.P15.04 and described herein includes important new capabilities necessary for LOCA analysis, specifically: 1) an empirical model for axial fuel relocation as a consequence of cladding ballooning, and 2) energy deposition in Zircaloy cladding due to the highly exothermic steam oxidation reaction at high cladding temperatures. A separate chapter documents each of these new capabilities, with further documentation included in the BISON user documentation.

KW - BISON

KW - LOCA

KW - Axial Fuel Relocation

KW - Energy Deposition

UR - https://www.osti.gov/biblio/1408737

U2 - 10.2172/1408737

DO - 10.2172/1408737

M3 - Technical Report

BT - BISON FY17 accident capability development

ER -

BISON FY17 accident capability development

Abstract

Keywords

INL Publication Number

Access to Document

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