Faculty

Institution

Unit

Venue

Benoit Forget

Korea Electric Power Professor of Nuclear Engineering Department Head and Professor of Nuclear Science and Engineering

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

Benoit Forget is currently serving as a Nuclear Science And Engineering Korea Electric Power Professor of Nuclear Engineering Department Head and Professor of Nuclear Science and Engineering at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Benoit Forget

Massachusetts Institute of Technology

Korea Electric Power Professor of Nuclear Engineering Department Head and Professor of Nuclear Science and Engineering

You can click a keyword to filter the displayed items

nuclear physics applied physics nuclear science nuclear engineering nuclear energy engineering computer science radiation oncology particle physics scientific computing numerical simulations modeling and simulation thermal engineering monte carlo methods monte carlo design optimization instrumentation machine learning nuclear materials fusion engineering monte carlo simulations atomic physics engineering optimization matrix theory parallel computing energy research benchmark studies matrix analysis high performance computing energy engineering sensitivity analysis neutron scattering cumulative migration method neutron boltzmann transport analytic benchmark computational optimization numerical stability nuclear power nuclear safety 3d modeling heat pipes multipole representation transport cross sections diffusion coefficients correlation coefficients multi-group neutron transport virtual density limited-separations fuel cycles entropy high performance computer architecture particle methods particle technology large-scale simulations simulation methodology fuel science vectorization experimental analysis detector physic advanced computing high-energy nuclear reaction mesh optimization energy generation stability analysis benchmark datasets theoretical prediction thermal modeling openmoc method nuclear assembly design burnup methods direct doppler broadening doppler feedback

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Alternative to Probability Tables for Modeling Unresolved Resonance Behavior. Nuclear Science and Engineering (2026)

uncertainty quantificationapplied probabilitybayesian statisticsprobabilistic structural fire engineeringstatistical inferencestochastic resonancemodeling and simulationstatisticsbayesian analysisprobabilistic analysisprobability tablesapplied mathematicsprobabilistic systemsystems modelingcomputational statisticsstatistical models

Direct Sampling of the Egelstaff-Schofield Scattering Law and the Phonon Sampling Method for Liquids. Nuclear Science and Engineering (2026)

physicstransport phenomenaegelstaff-schofield scattering lawphonon sampling methodmolecular liquidsdirect samplingcomplex fluidsinverse scattering transformsdispersion scienceapplied physicswave scattering

High-Fidelity Modeling of Full-Scale Pressurized Water Reactor Flow Fields for Machine Learning Applications. arXiv (Cornell University) (2026)

systems engineeringengineering optimizationprocess controlmachine learning applicationscomputational engineeringhigh-fidelity modelingcomputational fluid dynamicsmodeling and simulationnumerical simulationsprocess intensificationwater distributionprocess simulation modelengineering

Prediction of Spallation Induced Transmutation Rates for Long-Lived Fission Products via Proton Accelerator. Scientific Reports (2026)

physicsnuclear energynuclear physicsparticle physicsproton acceleratornuclear sciencelong-lived fission productsradiationnuclear fusionnuclear engineeringtransmutation rates

Preliminary Verification of Fixed-Source Sensitivity Analysis in Openmc. Nuclear Science and Engineering (2026)

systems engineeringnuclear physicscomputer engineeringnuclear engineeringnuclear scienceengineeringsensitivity analysis

Aaa for Multipole Cross-Section Fitting. (2025)

engineeringcalibrationstructural optimizationantennasnumerical simulationsmultipole cross-section fittinginstrument scienceinstrumentationgeometric modeling

An Efficient Subcritical Multiplication Mode for Monte Carlo Solvers. Nuclear Science and Engineering (2025)

scientific computingmonte carlo solversmonte carlo methodscomputational mathematicsnumerical mathematicsnumerical analysisnumerical algorithmscomputational engineeringmonte carloapplied mathematicsnumerical computationcomputer science

Coupled Neutronic-Thermal-Mechanical Simulation of the Krusty Heat Pipe Microreactor. Frontiers in Nuclear Engineering (2025)

energy transformationmechanical engineeringneutronic-thermal-mechanical simulationthermal engineeringthermal modelingnumerical simulationsheat pipesengineeringheat transfer

Preliminary Verification of Fixed-Source Sensitivity and Uncertainty Analysis in Openmc. (2025)

uncertainty analysissensitivity analysissystems engineeringreliability engineering

Simulating Hydrogen Diffusion in a Zirconium Hydride Moderator Block and Its Impact on Steady State Neutronic-Thermal Behavior. EPJ Nuclear Sciences & Technologies (2025)

physicsmaterials sciencehydrogen transitionnuclear materialshydrogen diffusiondiffusionhydrogenthermodynamicsapplied physicshydrogen embrittlement

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Benoit Forget

Korea Electric Power Professor of Nuclear Engineering Department Head and Professor of Nuclear Science and Engineering

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Benoit Forget

Massachusetts Institute of Technology

Korea Electric Power Professor of Nuclear Engineering Department Head and Professor of Nuclear Science and Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Alternative to Probability Tables for Modeling Unresolved Resonance Behavior. Nuclear Science and Engineering (2026)

Direct Sampling of the Egelstaff-Schofield Scattering Law and the Phonon Sampling Method for Liquids. Nuclear Science and Engineering (2026)

High-Fidelity Modeling of Full-Scale Pressurized Water Reactor Flow Fields for Machine Learning Applications. arXiv (Cornell University) (2026)

Prediction of Spallation Induced Transmutation Rates for Long-Lived Fission Products via Proton Accelerator. Scientific Reports (2026)

physicsnuclear energynuclear physicsparticle physicsproton acceleratornuclear sciencelong-lived fission productsradiationnuclear fusionnuclear engineeringtransmutation rates

Preliminary Verification of Fixed-Source Sensitivity Analysis in Openmc. Nuclear Science and Engineering (2026)

systems engineeringnuclear physicscomputer engineeringnuclear engineeringnuclear scienceengineeringsensitivity analysis

Aaa for Multipole Cross-Section Fitting. (2025)

engineeringcalibrationstructural optimizationantennasnumerical simulationsmultipole cross-section fittinginstrument scienceinstrumentationgeometric modeling

An Efficient Subcritical Multiplication Mode for Monte Carlo Solvers. Nuclear Science and Engineering (2025)

Coupled Neutronic-Thermal-Mechanical Simulation of the Krusty Heat Pipe Microreactor. Frontiers in Nuclear Engineering (2025)

energy transformationmechanical engineeringneutronic-thermal-mechanical simulationthermal engineeringthermal modelingnumerical simulationsheat pipesengineeringheat transfer

Preliminary Verification of Fixed-Source Sensitivity and Uncertainty Analysis in Openmc. (2025)

uncertainty analysissensitivity analysissystems engineeringreliability engineering

Simulating Hydrogen Diffusion in a Zirconium Hydride Moderator Block and Its Impact on Steady State Neutronic-Thermal Behavior. EPJ Nuclear Sciences & Technologies (2025)

physicsmaterials sciencehydrogen transitionnuclear materialshydrogen diffusiondiffusionhydrogenthermodynamicsapplied physicshydrogen embrittlement

1
2
3
4
5
21
10 / page

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heat mass transfer

multiphase flow

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numerical techniques

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