Faculty

Institution

Unit

Venue

Forrest Brown

National Laboratory Professor

University of New Mexico

Affiliations

School of Engineering

Nuclear Engineering

Forrest Brown is currently serving as a Nuclear Engineering National Laboratory Professor at University of New Mexico.

Honors

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Experiences

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Education

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Forrest Brown

University of New Mexico

National Laboratory Professor

You can click a keyword to filter the displayed items

nuclear physics nuclear science applied physics computer science monte carlo nuclear engineering engineering applied mathematics monte carlo methods scientific computing numerical simulations modeling and simulation particle physics parallel computing computational science parallel programming computer architecture computational engineering numerical analysis high performance computer architecture energy research gpu architecture gpu computing nuclear energy benchmark studies continuous-energy monte carlo on-the-fly doppler broadening design automation nuclear safety monte carlo sampling energy analysis markov chain monte carlo monte carlo calculations energy chemistry stochastic geometry matrix analysis numerical computation sensitivity analysis release notes particle fuel monte carlo codes fission matrix capability thread divergence cluster computing system software heat mass transfer fusion engineering statistical physics statistical mechanics mathematical optimization numerical algorithms simulation infrastructure heterogeneous computing open source supercomputing nuclear power engineering thermodynamics chemometrics sequential monte carlo hash functions numerical relativity perturbation methods gpu benchmarking medium access control integrated testing strategy combinatorial testing workflow integration testing numerical method for partial differential equation test data generation adjoint-weighted tallies dominance ratio nuclear data stationarity modeling informatics-based diagnostics fission matrix method fission distribution shannon entropy

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Consistent Comparison of Upper Subcritical Limit Methods. Nuclear Science and Engineering (2024)

Bobbi RiedelChristopher M. PerfettiForrest B. Brown

nuclear sciencenuclear engineeringengineering

Mcnp® Code Version 6.3.1 Theory User Manual. (2024)

Joel KuleszaTerry AdamsJerawan ArmstrongSimon BoldingForrest BrownJeffrey BullTimothy BurkeAlexander ClarkForster Robert Arthur IiiJesse GironTristan GrieveColin JoseyRoger MartzGregg McKinneyEric PearsonMichael RisingSolomon Clell Jeffrey Jr.Swaminarayan SriramTravis TrahanColin WeaverStephen WilsonAnthony Zukaitis

machine learningcomputer scienceuser manual

Monte Carlo Workflow Unification for Nuclear Reactor Analysis With Metamodel-Driven Modeling. Nuclear Science and Engineering (2024)

Peter J. KowalKurt A. DomineseyCamden E. BlakeRobert A. LefebvreForrest B. BrownWei Ji

process modellingnumerical simulationsmonte carlo methodssoftware engineeringmetamodeling techniquescientific computingdesign automationcomputer engineeringsystems engineeringmetamodel-driven modelingnuclear reactor analysismodeling and simulationmonte carlo

Comparison of the Baseline Usl Calculation Methods for Loosely Coupled and Novel Neutronic Systems. Nuclear Science and Engineering (2023)

Bobbi RiedelChristopher M. PerfettiForrest B. Brown

nuclear sciencenuclear physicsnuclear engineeringapplied physics

Enhancing Monte Carlo Workflows for Nuclear Reactor Analysis With Metamodel-Driven Modeling. Nuclear Science and Engineering (2023)

Peter J. KowalCamden E. BlakeKurt A. DomineseyRobert A. LefebvreForrest B. BrownWei Ji

monte carlo methodslarge-scale simulationssystems modelingscientific computingdesign automationcomputer engineeringsystems engineeringmonte carlo workflowssoftware analysismodel transformationnuclear reactor analysismodeling and simulationmonte carlo

Mcnp Sup ® /Sup Code V.6.3.0 Release Notes. (2023)

Michael RisingJerawan ArmstrongSimon BoldingForrest BrownJeffrey BullTimothy BurkeAlexander ClarkDavid DixonRobert Forster IIIJesse GironTristan GrieveHenry Hughes IIIColin JoseyJoel KuleszaRoger MartzAustin McCartneyGregg McKinneyScott MosherEric PearsonClell Solomon Jr.Sriram SwaminarayanJeremy SweezyStephen WilsonAnthony Zukaitis

A Comparison of Sensitivity/Uncertainty-Based Upper Subcritical Limit Estimates. (2022)

Christopher PerfettiRobert BuschForrest BrownShawn HendersonJohn Miller

uncertainty quantificationstatisticssensitivity analysisuncertainty analysis

Developing a High-Fidelity Benchmark of the University of New Mexico’s Agn-201M Reactor. (2022)

Rowdy DavisChristopher PerfettiForrest BrownRobert BuschCarl WillisLarry WetzelShawn Henderson

materials sciencebenchmark studiesnuclear physicssystems engineeringhigh-fidelity benchmarkperformance characterization

Fy21 Mcnp Sup ® /Sup Updates for the Nuclear Criticality Safety Program [Slides]. (2022)

Michael RisingJennifer AlwinJerawan ArmstrongSimon BoldingForrest BrownJeffrey BullAlexander ClarkRobert Forster, IIITristan (Avery) GrieveColin JoseyJoel KuleszaRobert LittleMichael MacQuiggSriram SwaminarayanJeremy Sweezy

Investigation of the Agn-201M Research Reactor’s Unique Dominance Ratio. Nuclear Science and Engineering (2022)

Mekiel OlguinChristopher PerfettiForrest Brown

nuclear sciencenuclear physicsnuclear engineeringapplied physics

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Forrest Brown

National Laboratory Professor

University of New Mexico

Affiliations

School of Engineering

Nuclear Engineering

Forrest Brown is currently serving as a Nuclear Engineering National Laboratory Professor at University of New Mexico.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Forrest Brown

University of New Mexico

National Laboratory Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Consistent Comparison of Upper Subcritical Limit Methods. Nuclear Science and Engineering (2024)

Bobbi RiedelChristopher M. PerfettiForrest B. Brown

nuclear sciencenuclear engineeringengineering

Mcnp® Code Version 6.3.1 Theory User Manual. (2024)

machine learningcomputer scienceuser manual

Monte Carlo Workflow Unification for Nuclear Reactor Analysis With Metamodel-Driven Modeling. Nuclear Science and Engineering (2024)

Peter J. KowalKurt A. DomineseyCamden E. BlakeRobert A. LefebvreForrest B. BrownWei Ji

Comparison of the Baseline Usl Calculation Methods for Loosely Coupled and Novel Neutronic Systems. Nuclear Science and Engineering (2023)

Bobbi RiedelChristopher M. PerfettiForrest B. Brown

nuclear sciencenuclear physicsnuclear engineeringapplied physics

Enhancing Monte Carlo Workflows for Nuclear Reactor Analysis With Metamodel-Driven Modeling. Nuclear Science and Engineering (2023)

Peter J. KowalCamden E. BlakeKurt A. DomineseyRobert A. LefebvreForrest B. BrownWei Ji

Mcnp Sup ® /Sup Code V.6.3.0 Release Notes. (2023)

A Comparison of Sensitivity/Uncertainty-Based Upper Subcritical Limit Estimates. (2022)

Christopher PerfettiRobert BuschForrest BrownShawn HendersonJohn Miller

uncertainty quantificationstatisticssensitivity analysisuncertainty analysis

Developing a High-Fidelity Benchmark of the University of New Mexico’s Agn-201M Reactor. (2022)

Rowdy DavisChristopher PerfettiForrest BrownRobert BuschCarl WillisLarry WetzelShawn Henderson

materials sciencebenchmark studiesnuclear physicssystems engineeringhigh-fidelity benchmarkperformance characterization

Fy21 Mcnp Sup ® /Sup Updates for the Nuclear Criticality Safety Program [Slides]. (2022)

Investigation of the Agn-201M Research Reactor’s Unique Dominance Ratio. Nuclear Science and Engineering (2022)

Mekiel OlguinChristopher PerfettiForrest Brown

nuclear sciencenuclear physicsnuclear engineeringapplied physics

1
2
3
4
5
15
10 / page

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University of Michigan

radiation

engineering

Jean C. Ragusa

Institution

Texas A&M University

applied physics

applied mathematics

Thomas Downar

Institution

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engineering

nuclear engineering

Wei Ji

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Rensselaer Polytechnic Institute

heat mass transfer

multiphase flow

Todd Palmer

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numerical techniques

anomalous diffusion

Alireza Haghighat

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Virginia Tech

scientific computing

nuclear science

Nam Dinh

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engineering

nuclear engineering

Mohamed El-Genk

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engineering

nuclear engineering

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Institution

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novel neutron

physics