RELAP5-3D 4.x: Thermal-Hydraulic Nuclear Reactor Analysis

INL Software; George Mesina; Nolan Anderson; Cliff Davis; Jennifer Forsman; Peter Cebull; Paul Murray; Glenn Roth; Paul Bayless; Richard Riemke; Bob Mart; Richard Moore; Larry Siefkin; John  Tolli; Walter Weaver; Richard Wagner; James Fisher; Arthur Shieh; Kenneth Carlson; Rex Shumway; Han-Hsuing Kuo; Jerry Judd; Seungho Paik; Riley Cumberland; Joshua Hykes

RELAP5-3D 4.x: Thermal-Hydraulic Nuclear Reactor Analysis

INL Software (Photographer), George Mesina (Developer), Nolan Anderson (Developer), Cliff Davis (Developer), Jennifer Forsman (Developer), Peter Cebull (Developer), Paul Murray (Developer), Glenn Roth (Developer), Paul Bayless (Developer), Richard Riemke (Developer), Bob Mart (Developer), Richard Moore (Developer), Larry Siefkin (Developer), John Tolli (Developer), Walter Weaver (Developer), Richard Wagner (Developer), James Fisher (Developer), Arthur Shieh (Developer), Kenneth Carlson (Developer), Rex Shumway (Developer)Han-Hsuing Kuo (Developer), Jerry Judd (Developer), Seungho Paik (Developer), Riley Cumberland (Developer), Joshua Hykes (Developer)

Research output: Non-textual form › Software

Abstract

RELAP5-3D is the latest released code in the RELAP5 series. Developed at Idaho National Laboratory, the RELAP5 family aids the analysis of transients and accidents in water-cooled nuclear power plants and related systems. The software can also analyze advanced reactor designs. RELAP5-3D differs from earlier code in the series because it offers fully integrated and multi-dimensional thermal-hydraulic and kinetic modeling. It runs on both Linux and Windows operating systems, with training and users group available.

This software is a controlled nuclear code, subject to a special release process due to its sensitive nature. To request access, please visit the Nuclear Computational Resource Center and create an account.

Original language	American English
State	Published - 2009

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https://inlsoftware.inl.gov/product/relap5-3d

Cite this

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title = "RELAP5-3D 4.x: Thermal-Hydraulic Nuclear Reactor Analysis",

abstract = "RELAP5-3D is the latest released code in the RELAP5 series. Developed at Idaho National Laboratory, the RELAP5 family aids the analysis of transients and accidents in water-cooled nuclear power plants and related systems. The software can also analyze advanced reactor designs. RELAP5-3D differs from earlier code in the series because it offers fully integrated and multi-dimensional thermal-hydraulic and kinetic modeling. It runs on both Linux and Windows operating systems, with training and users group available.This software is a controlled nuclear code, subject to a special release process due to its sensitive nature. To request access, please visit the Nuclear Computational Resource Center and create an account.",

author = "{INL Software} and George Mesina and Nolan Anderson and Cliff Davis and Jennifer Forsman and Peter Cebull and Paul Murray and Glenn Roth and Paul Bayless and Richard Riemke and Bob Mart and Richard Moore and Larry Siefkin and John Tolli and Walter Weaver and Richard Wagner and James Fisher and Arthur Shieh and Kenneth Carlson and Rex Shumway and Han-Hsuing Kuo and Jerry Judd and Seungho Paik and Riley Cumberland and Joshua Hykes",

year = "2009",

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INL Software, Mesina, G, Anderson, N, Davis, C, Forsman, J, Cebull, P, Murray, P, Roth, G, Bayless, P, Riemke, R, Mart, B, Moore, R, Siefkin, L, Tolli, J, Weaver, W, Wagner, R, Fisher, J, Shieh, A, Carlson, K, Shumway, R, Kuo, H-H, Judd, J, Paik, S, Cumberland, R & Hykes, J, RELAP5-3D 4.x: Thermal-Hydraulic Nuclear Reactor Analysis, 2009, Software. <https://inlsoftware.inl.gov/product/relap5-3d>

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A2 - Roth, Glenn

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A2 - Tolli, John

A2 - Weaver, Walter

A2 - Wagner, Richard

A2 - Fisher, James

A2 - Shieh, Arthur

A2 - Carlson, Kenneth

A2 - Shumway, Rex

A2 - Kuo, Han-Hsuing

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A2 - Cumberland, Riley

A2 - Hykes, Joshua

PY - 2009

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N2 - RELAP5-3D is the latest released code in the RELAP5 series. Developed at Idaho National Laboratory, the RELAP5 family aids the analysis of transients and accidents in water-cooled nuclear power plants and related systems. The software can also analyze advanced reactor designs. RELAP5-3D differs from earlier code in the series because it offers fully integrated and multi-dimensional thermal-hydraulic and kinetic modeling. It runs on both Linux and Windows operating systems, with training and users group available.This software is a controlled nuclear code, subject to a special release process due to its sensitive nature. To request access, please visit the Nuclear Computational Resource Center and create an account.

AB - RELAP5-3D is the latest released code in the RELAP5 series. Developed at Idaho National Laboratory, the RELAP5 family aids the analysis of transients and accidents in water-cooled nuclear power plants and related systems. The software can also analyze advanced reactor designs. RELAP5-3D differs from earlier code in the series because it offers fully integrated and multi-dimensional thermal-hydraulic and kinetic modeling. It runs on both Linux and Windows operating systems, with training and users group available.This software is a controlled nuclear code, subject to a special release process due to its sensitive nature. To request access, please visit the Nuclear Computational Resource Center and create an account.

M3 - Software

ER -

RELAP5-3D 4.x: Thermal-Hydraulic Nuclear Reactor Analysis

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