Faculty

Institution

Unit

Venue

Nicholas Brown

Professor and Pietro F Pasqua Fellow

University of Tennessee

Affiliations

Tickle College of Engineering

Department of Nuclear Engineering

Nicholas Brown is currently serving as a Nuclear Engineering Professor and Pietro F Pasqua Fellow at University of Tennessee.

Honors

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Experiences

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Education

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Nicholas Brown

University of Tennessee

Professor and Pietro F Pasqua Fellow

You can click a keyword to filter the displayed items

nuclear engineering engineering nuclear physics materials science nuclear science thermal engineering nuclear energy applied physics materials engineering radiation oncology nuclear safety heat transfer nuclear materials fusion engineering nuclear chemistry modeling and simulation safety energy research combustion energy safety critical heat flux reactor performance safety characteristics nist research reactor fuel cycle performance sensitivity analysis fuel science potential impact accident tolerant fuel composite materials material research alloy design safety analysis cladding (metalworking) hydrogen production experimental analysis light water reactors design basis accidents advanced energy material fire technology fire safety energy chemistry hydrogen energy fusion reactor material combustion engineering thermal energy ceramic technology technical safety safety engineering failure analysis thermal analysis power generation energy generation neutronic evaluation preconceptual design test reactor options advanced demonstration transient simulation high temperature reactor mechanical failure heat mass transfer combustion science energy strategies reliability engineering asian studies material performance convective heat transfer mass transfer micro-encapsulation surface reactivity reaction hazard surface engineering conceptual design energy engineering fragmentation effect engineering ceramic civil engineering energy transformation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Knowledge Gap Analysis for Transient Chf Prediction Within Relap5-3d. Nuclear Engineering and Design (2024)

Nicholas A. MeehanCharles P. FolsomNicholas R. Brown

nuclear engineeringsystems engineeringradiation oncologyknowledge gap analysisfusion engineeringnuclear physicstransient chf prediction

A Relap5-3D Model of the Lobo Lead Loop. Nuclear Technology (2024)

Jonathan L. BarthleNicholas MeehanG. Ivan MaldonadoNicholas R. Brown

nuclear engineeringlobo lead loopnumerical simulationsengineeringnuclear scienceloop spacefeedback loop

A Review of Multiphysics Tools and Methods to Evaluate High Temperature Pebble Bed Reactors. Progress in Nuclear Energy (2024)

Edward M. DuchnowskiNicholas R. Brown

applied physicsmultiphysics toolsnuclear energynuclear physics

Comparison of Point Kinetics and Spatial Kinetics Models for the Generic Fluoride-Salt-Cooled High-Temperature Reactor (Gfhr). (2024)

Jonathan BarthleEdward DuchnowskiNicholas Brown

chemical engineeringpoint kineticsspatial kinetics models

Development of an Equilibrium Modeling Method for Modeling Micro-Modular Pebble-Bed High-Temperature Gas-Cooled Reactors. (2024)

Annie BerensFriederike BostelmannNicholas Brown

chemical engineeringmodeling methodequilibrium modeling method

Development of Two-Step Method for Fast Chloride Msr Neutronics. Nuclear Technology (2024)

Kyra LawsonNicholas R. Brown

nuclear engineeringnuclear physicsengineeringtwo-step methodnuclear science

Equilibrium Core Modeling of a Pebble Bed Reactor Similar to the Xe-100 With Scale. Progress in Nuclear Energy (2024)

Annie BerensFriederike BostelmannNicholas R. Brown

nuclear engineeringengineeringnuclear energypebble bed reactorequilibrium core modeling

In-Situ Strain Behavior and Bison Simulations of Zircaloy Cladding Subjected to Temperature Cycling Separate-Effects Tests in a Steam Environment. Journal of Nuclear Materials (2024)

Jennifer I. EspersenNathan A. CappsMackenzie J. RidleySam B. BellNicholas R. Brown

nuclear engineeringzircaloy claddingbison simulationsin-situ strain behaviorseparate-effects testsnuclear materialssteam environmentmaterials science

Intracore Natural Circulation Study in the High Temperature Test Facility. Journal of Nuclear Engineering (2024)

Izabela GutowskaRobert KileBrian G. WoodsNicholas R. Brown

nuclear sciencenuclear engineeringengineeringnatural circulation study

Multiphysics Analysis of Plofc and Dlofc Accidents in the Htgr-Tr. Nuclear Technology (2024)

Annie BerensNicholas MeehanMason FoxIsabelle LindsayNicholas R. Brown

physicsnuclear physicsdlofc accidentsmultiphysics analysis

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Nicholas Brown

Professor and Pietro F Pasqua Fellow

University of Tennessee

Affiliations

Tickle College of Engineering

Department of Nuclear Engineering

Nicholas Brown is currently serving as a Nuclear Engineering Professor and Pietro F Pasqua Fellow at University of Tennessee.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nicholas Brown

University of Tennessee

Professor and Pietro F Pasqua Fellow

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Knowledge Gap Analysis for Transient Chf Prediction Within Relap5-3d. Nuclear Engineering and Design (2024)

Nicholas A. MeehanCharles P. FolsomNicholas R. Brown

nuclear engineeringsystems engineeringradiation oncologyknowledge gap analysisfusion engineeringnuclear physicstransient chf prediction

A Relap5-3D Model of the Lobo Lead Loop. Nuclear Technology (2024)

Jonathan L. BarthleNicholas MeehanG. Ivan MaldonadoNicholas R. Brown

nuclear engineeringlobo lead loopnumerical simulationsengineeringnuclear scienceloop spacefeedback loop

A Review of Multiphysics Tools and Methods to Evaluate High Temperature Pebble Bed Reactors. Progress in Nuclear Energy (2024)

Edward M. DuchnowskiNicholas R. Brown

applied physicsmultiphysics toolsnuclear energynuclear physics

Comparison of Point Kinetics and Spatial Kinetics Models for the Generic Fluoride-Salt-Cooled High-Temperature Reactor (Gfhr). (2024)

Jonathan BarthleEdward DuchnowskiNicholas Brown

chemical engineeringpoint kineticsspatial kinetics models

Development of an Equilibrium Modeling Method for Modeling Micro-Modular Pebble-Bed High-Temperature Gas-Cooled Reactors. (2024)

Annie BerensFriederike BostelmannNicholas Brown

chemical engineeringmodeling methodequilibrium modeling method

Development of Two-Step Method for Fast Chloride Msr Neutronics. Nuclear Technology (2024)

Kyra LawsonNicholas R. Brown

nuclear engineeringnuclear physicsengineeringtwo-step methodnuclear science

Equilibrium Core Modeling of a Pebble Bed Reactor Similar to the Xe-100 With Scale. Progress in Nuclear Energy (2024)

Annie BerensFriederike BostelmannNicholas R. Brown

nuclear engineeringengineeringnuclear energypebble bed reactorequilibrium core modeling

In-Situ Strain Behavior and Bison Simulations of Zircaloy Cladding Subjected to Temperature Cycling Separate-Effects Tests in a Steam Environment. Journal of Nuclear Materials (2024)

Jennifer I. EspersenNathan A. CappsMackenzie J. RidleySam B. BellNicholas R. Brown

nuclear engineeringzircaloy claddingbison simulationsin-situ strain behaviorseparate-effects testsnuclear materialssteam environmentmaterials science

Intracore Natural Circulation Study in the High Temperature Test Facility. Journal of Nuclear Engineering (2024)

Izabela GutowskaRobert KileBrian G. WoodsNicholas R. Brown

nuclear sciencenuclear engineeringengineeringnatural circulation study

Multiphysics Analysis of Plofc and Dlofc Accidents in the Htgr-Tr. Nuclear Technology (2024)

Annie BerensNicholas MeehanMason FoxIsabelle LindsayNicholas R. Brown

physicsnuclear physicsdlofc accidentsmultiphysics analysis

1
2
3
4
5
21
10 / page

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