Faculty

Institution

Unit

Venue

Robert Braun

University Distinguished Professor Mechanical Engineering

Colorado School of Mines

Affiliations

Mechanical Engineering

Robert Braun is currently serving as a Mechanical Engineering University Distinguished Professor Mechanical Engineering at Colorado School of Mines.

Honors

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Experiences

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Education

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Robert Braun

Colorado School of Mines

University Distinguished Professor Mechanical Engineering

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materials science engineering thermal engineering electrical engineering electrochemistry chemical engineering energy storage electrochemical engineering fuel cells renewable energy energy research advanced energy technology energy engineering sustainable energy technologies power generation energy conversion power engineering sustainable energy renewable energy storage energy management engineering optimization power electronics advanced energy material hydrogen energy energy harvesting electroceramics energy storage materials energy production techno-economic analysis energy modeling hydrogen production electrochemical energy storage numerical simulations energy chemistry energy generation engine research energy optimization ceramic technology thermal energy storage bioresource technology energy strategies biomass pyrolysis thermal modeling hybrid energy system optimal design fuel production fuel science thermal management distributed generation systems thermochemical energy storage marine engineering energy control energy infrastructure energy-efficient technologies engineering thermodynamics device modeling modeling method biomass conversion biogas utilization power systems model validation techno-economic optimal design dispatch optimization biomass fast pyrolysis fluidized-bed reactor model mass transport internal reforming thermodynamic analysis dynamic modeling unmanned undersea vehicles coking advanced electrode material plant metabolism energy resources solar thermal energy sulfur tolerant energy systems energy transition mechanical engineering energy transformation energy analysis heat transfer

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhancing Thermal Management in a Reversible Solid Oxide Cell System Utilizing Thermal Energy Storage. Journal of Energy Storage (2025)

Javad HosseinpourOmid Babaie RizvandiRobert J. Braun

thermal managementthermal energy storageenergy storage

Operational Conditions for an Internal Combustion Engine in a Sofc-Ice Hybrid Power Generation System. (2025)

Victor Alejandro Reyes-FloresZachary SwartwoutShane GarlandDaniel B OlsenBret WindomRobert BraunTodd Bandhauer

thermal engineeringengine researchstationary power generationnumerical simulationsenergy managementelectric vehiclesengineeringin-cylinder flowmechanical engineeringcontrol systemscombustion engineeringelectrical engineeringoperational conditionsinternal combustion enginehybrid electric vehicleshybrid energy systemelectricity generation

Performance Analysis of a 1 Mw Reversible Solid Oxide System for Flexible Hydrogen and Electricity Production. International Journal of Hydrogen Energy (2025)

Aadarsh ParasharAlex VaethOmid B. RizvandiScott L. SwartzRobert J. Braun

hydrogen productionenergy storage materialslithium-ion batterieselectrochemical engineeringflexible hydrogenenergy productionhydrogen storagehydrogen energy technologyhydrogenchemical engineeringelectrical engineeringflexible electronicshydrogen generationenergy chemistryhydrogen energyenergy researchenvironmental engineeringadvanced energy materialelectricity productionelectrochemical energy conversion

Evaluating High Power Density, Direct-Ammonia Sofc Stacks for Decarbonizing Heavy-Duty Transportation Applications. Applied Energy (2024)

Lukas WehrleAkhil AsharOlaf DeutschmannRobert J. Braun

energy efficiencythermal engineeringadvanced energy technologyenergy optimizationhigh power densityenergy engineeringengineeringenergy transitionenergy transformationadvanced energy materialdirect-ammonia sofc stacksenergy storageenergy harvestingenergy storage materialsapplied physicsheavy-duty transportation applicationsenergy conversionmaterials science

Evaluating the Impact of Off-Design Chp Performance on the Optimal Sizing and Dispatch of Hybrid Renewable-Chp Distributed Energy Resources. Energy Conversion and Management (2024)

Christopher A. HampelWilliam BeckerDan OlisRobert J. Braun

energy managementengineeringperformance evaluationrenewable energyoptimal sizingoff-design chp performancerenewable energy storageenergy conversion

High Efficiency Air Delivery System for Solid Oxide Fuel Cell Power Generation. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2024)

Lars J. MitchelShane D. GarlandDaniel B. OlsenBret C. WindomRobert J. BraunTodd M. Bandhauer

thermal engineeringsustainable energy technologiesfuel cellspower engineeringtechnologyengineeringpower deliveryelectrical engineeringpower generationadvanced energy technology

High Performance Ammonia-Fueled Sofc Hybrid System to Decarbonize Heavy-Duty Transportation Applications. (2024)

Akhil AsharLukas WehrleOlaf DeutschmannRobert J. Braun

systems engineeringenergy strategieschemical engineeringelectric vehiclesengineeringload-bearing capacityammoniahybrid energy systemfuture fuelheavy-duty transportation applications

Modeling Electrical Particle Thermal Energy Storage Systems for Long-Duration, Grid-Electricity Storage Applications. Applied Energy (2024)

Jeffrey GiffordXingchao WangZhiwen MaRobert Braun

thermal engineeringgrid-electricity storage applicationsengineeringthermal modelingrenewable energyelectrical engineeringrenewable energy storageenergy modelingenergy storageapplied physicsenergy engineeringthermal energy storage

Modeling of Multiple-Defect Conducting, Planar Protonic Ceramic Electrolysis Cells Using a Nernst–Planck Formulation. Journal of Power Sources (2024)

Amogh A. ThatteMichael PastulaTony WoodHuayang ZhuRobert J. KeeRobert J. Braun

multiple-defect conductingdevice modelingpower engineeringengineeringrenewable energyelectrical engineeringpower generationpower electronicselectroceramicsnernst-planck formulationmaterials scienceelectrochemistry

Performance Analysis of a Mw-Scale Reversible Solid Oxide Cell Energy Storage System Utilizing Steam-Hydrogen Chemistry. International Journal of Hydrogen Energy (2024)

Javad HosseinpourOmid Babaie RizvandiRobert J. Braun

energy chemistrysolid-state batteriesenergy storage deviceshydrogen energyelectrochemical engineeringchemical engineeringenergy researchadvanced energy materialelectrochemical energy storagehydrogen storagehydrogen energy technologyenergy storage systemsenergy storageenergy storage materialselectrochemical energy conversionhydrogen

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Robert Braun

University Distinguished Professor Mechanical Engineering

Colorado School of Mines

Affiliations

Mechanical Engineering

Robert Braun is currently serving as a Mechanical Engineering University Distinguished Professor Mechanical Engineering at Colorado School of Mines.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert Braun

Colorado School of Mines

University Distinguished Professor Mechanical Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhancing Thermal Management in a Reversible Solid Oxide Cell System Utilizing Thermal Energy Storage. Journal of Energy Storage (2025)

Javad HosseinpourOmid Babaie RizvandiRobert J. Braun

thermal managementthermal energy storageenergy storage

Operational Conditions for an Internal Combustion Engine in a Sofc-Ice Hybrid Power Generation System. (2025)

Victor Alejandro Reyes-FloresZachary SwartwoutShane GarlandDaniel B OlsenBret WindomRobert BraunTodd Bandhauer

Performance Analysis of a 1 Mw Reversible Solid Oxide System for Flexible Hydrogen and Electricity Production. International Journal of Hydrogen Energy (2025)

Aadarsh ParasharAlex VaethOmid B. RizvandiScott L. SwartzRobert J. Braun

Evaluating High Power Density, Direct-Ammonia Sofc Stacks for Decarbonizing Heavy-Duty Transportation Applications. Applied Energy (2024)

Lukas WehrleAkhil AsharOlaf DeutschmannRobert J. Braun

Evaluating the Impact of Off-Design Chp Performance on the Optimal Sizing and Dispatch of Hybrid Renewable-Chp Distributed Energy Resources. Energy Conversion and Management (2024)

Christopher A. HampelWilliam BeckerDan OlisRobert J. Braun

energy managementengineeringperformance evaluationrenewable energyoptimal sizingoff-design chp performancerenewable energy storageenergy conversion

High Efficiency Air Delivery System for Solid Oxide Fuel Cell Power Generation. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2024)

Lars J. MitchelShane D. GarlandDaniel B. OlsenBret C. WindomRobert J. BraunTodd M. Bandhauer

thermal engineeringsustainable energy technologiesfuel cellspower engineeringtechnologyengineeringpower deliveryelectrical engineeringpower generationadvanced energy technology

High Performance Ammonia-Fueled Sofc Hybrid System to Decarbonize Heavy-Duty Transportation Applications. (2024)

Akhil AsharLukas WehrleOlaf DeutschmannRobert J. Braun

systems engineeringenergy strategieschemical engineeringelectric vehiclesengineeringload-bearing capacityammoniahybrid energy systemfuture fuelheavy-duty transportation applications

Modeling Electrical Particle Thermal Energy Storage Systems for Long-Duration, Grid-Electricity Storage Applications. Applied Energy (2024)

Jeffrey GiffordXingchao WangZhiwen MaRobert Braun

Modeling of Multiple-Defect Conducting, Planar Protonic Ceramic Electrolysis Cells Using a Nernst–Planck Formulation. Journal of Power Sources (2024)

Amogh A. ThatteMichael PastulaTony WoodHuayang ZhuRobert J. KeeRobert J. Braun

Performance Analysis of a Mw-Scale Reversible Solid Oxide Cell Energy Storage System Utilizing Steam-Hydrogen Chemistry. International Journal of Hydrogen Energy (2024)

Javad HosseinpourOmid Babaie RizvandiRobert J. Braun

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solar power

solar energy conversion

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Institution

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building energy conservation

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Faryar Jabbari

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University of California, Irvine

earthquake engineering

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future fuel

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