Faculty

Institution

Unit

Venue

Mujid S. Kazimi

TEPCO Professor of Nuclear Engineering

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

Mujid S. Kazimi is currently serving as a Nuclear Science And Engineering TEPCO Professor of Nuclear Engineering at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Mujid S. Kazimi

Massachusetts Institute of Technology

TEPCO Professor of Nuclear Engineering

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nuclear engineering engineering nuclear science thermal engineering chemical engineering fusion engineering fusion nuclear fusion heat transfer nuclear energy nuclear safety nuclear materials applied physics nuclear physics materials science fusion science fluid dynamics safety radiation controlled nuclear fusion fusion power energy research nuclear power numerical simulations combustion nuclear chemistry fusion system design fusion reactor material fuel science thermal modeling magnetic confinement fusion supercritical water-cooled reactors fusion reactors combustion science system safety process safety energy engineering convective heat transfer light water reactors annular fuel fluid flow reliability engineering advanced energy technology stability analysis hydraulics supercritical flows hydrogen production high-power-density annular fuel silicon carbide next generation pwrs energy chemistry fire safety cladding (metalworking) structural performance carbides hydraulic engineering combustion engineering underwater technologies fire modeling fuel production system stability ceramic materials radiation safety radiation protection alternative fuels fire chemistry internal heat generation vertical tube noncondensable gas experimental investigation two-fluid model circular tube turbulent heat transfer hot-channel stability nitride fuels nuclear medicine energy transformation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Development of Accident Tolerant Fuel Options for Near Term Applications. (2019)

Mujid KazimiKoroush Shirvan

near term applicationsaerospace engineering

Authors. Electron paramagnetic resonance (2016)

Boaz ShoshanKristina Richardson

multiphase flowsfusionmechanical engineeringfluid mechanicsheat transfershock wavesnuclear reactor safetyfusion powerengineeringheat mass transferfusion sciencefusion engineeringphysicsreactor analysisengineering sciencethermodynamicsnuclear engineeringnuclear fusioninertial confinement fusionfluid dynamics

Critical Power and Void Fraction Prediction of Tight Bundle Designs. Nuclear Technology (2016)

Xingang ZhaoKoroush ShirvanYingwei WuMujid S. Kazimi

critical powernuclear physicstight bundle designsapplied physicsvoid fraction prediction

Steady State and Accident Transient Analysis Burning Weapons-Grade Plutonium in Thorium and Uranium With Silicon Carbide Cladding. Nuclear Technology (2016)

Nathan AndrewsKoroush ShirvanEdward E. PilatMujid S. Kazimi

nuclear engineeringnuclear safetysilicon carbidesteady stateweapons-grade plutoniumnuclear physicsnuclear materialsnuclear scienceaccident transient analysismaterials science

Superheated Water-Cooled Small Modular Underwater Reactor Concept. Nuclear Engineering and Technology (2016)

Koroush ShirvanMujid Kazimi

thermal engineeringnuclear engineeringunderwater systemstechnologyengineeringunderwater technologiesheat transferapplied physics

Technology Selection for Offshore Underwater Small Modular Reactors. Nuclear Engineering and Technology (2016)

Koroush ShirvanRonald BallingerJacopo BuongiornoCharles ForsbergMujid KazimiNeil Todreas

nuclear engineeringmarine engineeringtechnologyengineeringunderwater technologiesocean technologytechnology selectionocean engineeringoffshore technologyinstrumentation

Fuel Performance Analysis of a (Thu)O 2 -Fueled, Reduced Moderation Boiling Water Reactor. Nuclear Technology (2015)

Alexander J. MieloszykMujid S. Kazimi

nuclear sciencenuclear engineeringfuel performance analysis

Oxidation Behavior of Sintered Tubular Silicon Carbide in Pure Steam Ι: Experiments. Ceramics International (2015)

Youho LeeThomas J. McKrellAline MontecotMichael PantanoYann SongMujid S. Kazimi

surface reactivityceramic materialschemical engineeringceramicsadvanced materialscarbidesmaterial researchceramic technologyoxidation behavioradvanced ceramicsenvironmental engineeringmicrostructurecorrosionoxidation resistancematerials science

Oxidation Behavior of Sintered Tubular Silicon Carbide in Pure Steam ΙΙ: Weight-Loss Correlation Developments. Ceramics International (2015)

Youho LeeThomas J. McKrellMujid S. Kazimi

weight-loss correlation developmentsceramic materialschemical engineeringceramicsoxidation behaviorpure steam iimaterials science

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Mujid S. Kazimi

TEPCO Professor of Nuclear Engineering

Massachusetts Institute of Technology

Affiliations

School of Engineering

Nuclear Science and Engineering

Mujid S. Kazimi is currently serving as a Nuclear Science And Engineering TEPCO Professor of Nuclear Engineering at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mujid S. Kazimi

Massachusetts Institute of Technology

TEPCO Professor of Nuclear Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Development of Accident Tolerant Fuel Options for Near Term Applications. (2019)

Mujid KazimiKoroush Shirvan

near term applicationsaerospace engineering

Authors. Electron paramagnetic resonance (2016)

Boaz ShoshanKristina Richardson

Critical Power and Void Fraction Prediction of Tight Bundle Designs. Nuclear Technology (2016)

Xingang ZhaoKoroush ShirvanYingwei WuMujid S. Kazimi

critical powernuclear physicstight bundle designsapplied physicsvoid fraction prediction

Steady State and Accident Transient Analysis Burning Weapons-Grade Plutonium in Thorium and Uranium With Silicon Carbide Cladding. Nuclear Technology (2016)

Nathan AndrewsKoroush ShirvanEdward E. PilatMujid S. Kazimi

nuclear engineeringnuclear safetysilicon carbidesteady stateweapons-grade plutoniumnuclear physicsnuclear materialsnuclear scienceaccident transient analysismaterials science

Superheated Water-Cooled Small Modular Underwater Reactor Concept. Nuclear Engineering and Technology (2016)

Koroush ShirvanMujid Kazimi

thermal engineeringnuclear engineeringunderwater systemstechnologyengineeringunderwater technologiesheat transferapplied physics

Technology Selection for Offshore Underwater Small Modular Reactors. Nuclear Engineering and Technology (2016)

Koroush ShirvanRonald BallingerJacopo BuongiornoCharles ForsbergMujid KazimiNeil Todreas

nuclear engineeringmarine engineeringtechnologyengineeringunderwater technologiesocean technologytechnology selectionocean engineeringoffshore technologyinstrumentation

Fuel Performance Analysis of a (Thu)O 2 -Fueled, Reduced Moderation Boiling Water Reactor. Nuclear Technology (2015)

Alexander J. MieloszykMujid S. Kazimi

nuclear sciencenuclear engineeringfuel performance analysis

Oxidation Behavior of Sintered Tubular Silicon Carbide in Pure Steam Ι: Experiments. Ceramics International (2015)

Youho LeeThomas J. McKrellAline MontecotMichael PantanoYann SongMujid S. Kazimi

Oxidation Behavior of Sintered Tubular Silicon Carbide in Pure Steam ΙΙ: Weight-Loss Correlation Developments. Ceramics International (2015)

Youho LeeThomas J. McKrellMujid S. Kazimi

weight-loss correlation developmentsceramic materialschemical engineeringceramicsoxidation behaviorpure steam iimaterials science

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Similar Faculty Members

Per F. Peterson

Institution

University of California, Berkeley

engineering

applied physics

Jacopo Buongiorno

Institution

Massachusetts Institute of Technology

heat mass transfer

engineering

Fan-Bill Cheung

Institution

Pennsylvania State University

nuclear thermal hydraulics

nuclear power

Wei Ji

Institution

Rensselaer Polytechnic Institute

heat mass transfer

multiphase flow

Egemen Kolemen

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applied physics

nuclear fusion

Dennis G. Whyte

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applied physics

materials science

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refrigeration

George Tynan

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University of California, San Diego

fusion reactor material

turbulent transport

Steven L. Krahn

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risk management

nuclear engineering

Yi-Tung Chen

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University of Nevada, Las Vegas

aircraft maneuver

engineering