Faculty

Institution

Unit

Venue

Paul T. Coman

Research Associate Professor

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Paul T. Coman is currently serving as a College Of Engineering And Computing Research Associate Professor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul T. Coman

University of South Carolina

Research Associate Professor

You can click a keyword to filter the displayed items

energy storage electrical engineering electrochemistry electrochemical engineering engineering thermal engineering electrochemical energy storage applied physics lithium-ion batteries mechanical engineering energy research energy engineering battery configuration thermal modeling thermal runaway materials engineering corrosion energy storage materials power electronics power engineering experimental analysis device modeling energy modeling advanced electrode material battery pack electrophysiology heat transfer advanced materials mechanical science reliability engineering numerical simulations material chemistry electronic materials advanced energy material power generation ventilation electrochemical interfaces thermal management experimental thermodynamics benchmark studies fragmentation effect electric battery energy safety reduced order modeling advanced energy technology material modeling lumped model lithium-ion cell efficiency factor arrhenius formulations novel technology heat propagation analytical study thermal runaway propagation gas generation dimethyl carbonate electrolyte module-to-module thermal runaway-propagation experimental study nonthermal runaway variable states li-ion batteries

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advancing Ionic Conductivity in Solid Electrolytes: Insights From Polymerization-Induced Phase Separation and Microstructural Optimization. Journal of Energy Storage (2024)

Nasser NikfarjamPaul T. ComanColton FreePaul ZiehlMonirosadat SadatiRalph E. White

materials scienceelectrochemical engineeringpolymerization-induced phase separationmicrostructural optimizationionic conductivitysolid electrolyteselectrical engineeringenergy storage

Electrical-Thermal Modeling and Electrical Design Optimization of Fuses in a Nickel Bus-Plate for a LI-Ion Battery Pack. Journal of Energy Storage (2024)

Paul T. ComanDavid PetrushenkoEric C. DarcyRalph E. White

li-ion battery packelectrical design optimizationelectrical-thermal modelingnickel bus-platepower electronicselectrical engineeringenergy storage

Comparison of Dip-Coated Cathode Materials Towards the Development of Electrodes for Structural Lithium- Ion Batteries. (2023)

David PetrushenkoRalph E. WhitePaul ZiehlPaul T. Coman

materials sciencedip-coated cathode materialsadvanced electrode materialenergy storagelithium-ion batteries

Electrochemical-Electromagnetic Coupled Physics-Based Mathematical Modeling of LI-Ion Batteries: A Theoretical Proof of Concept. Journal of The Electrochemical Society (2023)

Paul T. ComanRafid MollahNicholas IrishSaranraj KaruppuswamiSean T. DixWade JohnsonTaylor R. GarrickRalph E. White

electromagnetismelectrochemical energy storageelectrochemical engineeringphysics-based mathematical modelingapplied physicsapplied mathematicsenergy storageelectrochemistry

Dip-Coating of Carbon Fibers for the Development of Lithium Iron Phosphate Electrodes for Structural Lithium-Ion Batteries. Energy & Fuels (2022)

David PetrushenkoZiba RahmatiDarun BarazanchyWout De BackerWilliam E. MustainRalph E. WhitePaul ZiehlPaul T. Coman

materials sciencelithium-ion batteriesadvanced energy materialmaterial chemistrymechanical engineeringelectronic materialsmaterials engineeringelectrochemical engineeringenergy researchstructural lithium-ion batteriesenergy storage materialsadvanced materialscoatingsenergy engineeringadvanced electrode materialenergy storageadvanced energy technologyengineering

Simplified Thermal Runaway Model for Assisting the Design of a Novel Safe LI-Ion Battery Pack. Journal of The Electrochemical Society (2022)

Paul T. ComanEric C. DarcyRalph E. White

systems engineeringengineeringelectrochemical energy storagereliability engineeringthermal runaway modelelectrochemical engineeringthermal engineeringenergy safetyelectrical engineeringenergy storagebattery configurationelectrochemistry

A Reduced-Order Lumped Model for LI-Ion Battery Packs During Operation. Journal of The Electrochemical Society (2021)

Paul T. ComanEric C. DarcyBrad StrangwaysRalph E. White

electrochemical energy storagechemical engineeringelectrochemical engineeringenergy storagebattery configurationreduced-order lumped modelelectrochemistry

Low Temperature LI Plating and Corrosion Safety Hazard in LI-Ion Batteries. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2020)

Benjamin NgPaul T. ComanSaheed A. LateefWilliam E. MustainRalph E. White

materials scienceengineeringcorrosion safety hazardchemical engineeringelectrochemical engineeringcorrosionelectrochemistry

Low-Temperature Lithium Plating/Corrosion Hazard in Lithium-Ion Batteries: Electrode Rippling, Variable States of Charge, and Thermal and Nonthermal Runaway. ACS Applied Energy Materials (2020)

Benjamin NgPaul T. ComanEhsan FaeghXiong PengStavros G. KarakalosXinfang JinWilliam E. MustainRalph E. White

nonthermal runawaymaterials sciencevariable stateselectrochemical energy storageelectrode ripplingthermal engineeringenergy researchenergy storage materialsapplied physicsenergy engineeringfragmentation effectelectric batterycorrosionenergy storagelithium-ion batteriesengineering

Mathematical Model for LI-S Cell With Shuttling-Induced Capacity Loss Approximation. Journal of The Electrochemical Society (2020)

Niloofar KamyabPaul T. ComanShiv Krishna Madi ReddyShriram SanthanagopalanRalph E. White

electrochemical energy storageelectrochemical engineeringelectrical engineeringli-s cellenergy storageelectrochemistry

1
2
3
10 / page

Paul T. Coman

Research Associate Professor

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Paul T. Coman is currently serving as a College Of Engineering And Computing Research Associate Professor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul T. Coman

University of South Carolina

Research Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advancing Ionic Conductivity in Solid Electrolytes: Insights From Polymerization-Induced Phase Separation and Microstructural Optimization. Journal of Energy Storage (2024)

Nasser NikfarjamPaul T. ComanColton FreePaul ZiehlMonirosadat SadatiRalph E. White

materials scienceelectrochemical engineeringpolymerization-induced phase separationmicrostructural optimizationionic conductivitysolid electrolyteselectrical engineeringenergy storage

Electrical-Thermal Modeling and Electrical Design Optimization of Fuses in a Nickel Bus-Plate for a LI-Ion Battery Pack. Journal of Energy Storage (2024)

Paul T. ComanDavid PetrushenkoEric C. DarcyRalph E. White

li-ion battery packelectrical design optimizationelectrical-thermal modelingnickel bus-platepower electronicselectrical engineeringenergy storage

Comparison of Dip-Coated Cathode Materials Towards the Development of Electrodes for Structural Lithium- Ion Batteries. (2023)

David PetrushenkoRalph E. WhitePaul ZiehlPaul T. Coman

materials sciencedip-coated cathode materialsadvanced electrode materialenergy storagelithium-ion batteries

Electrochemical-Electromagnetic Coupled Physics-Based Mathematical Modeling of LI-Ion Batteries: A Theoretical Proof of Concept. Journal of The Electrochemical Society (2023)

Paul T. ComanRafid MollahNicholas IrishSaranraj KaruppuswamiSean T. DixWade JohnsonTaylor R. GarrickRalph E. White

electromagnetismelectrochemical energy storageelectrochemical engineeringphysics-based mathematical modelingapplied physicsapplied mathematicsenergy storageelectrochemistry

Dip-Coating of Carbon Fibers for the Development of Lithium Iron Phosphate Electrodes for Structural Lithium-Ion Batteries. Energy & Fuels (2022)

David PetrushenkoZiba RahmatiDarun BarazanchyWout De BackerWilliam E. MustainRalph E. WhitePaul ZiehlPaul T. Coman

Simplified Thermal Runaway Model for Assisting the Design of a Novel Safe LI-Ion Battery Pack. Journal of The Electrochemical Society (2022)

Paul T. ComanEric C. DarcyRalph E. White

A Reduced-Order Lumped Model for LI-Ion Battery Packs During Operation. Journal of The Electrochemical Society (2021)

Paul T. ComanEric C. DarcyBrad StrangwaysRalph E. White

electrochemical energy storagechemical engineeringelectrochemical engineeringenergy storagebattery configurationreduced-order lumped modelelectrochemistry

Low Temperature LI Plating and Corrosion Safety Hazard in LI-Ion Batteries. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2020)

Benjamin NgPaul T. ComanSaheed A. LateefWilliam E. MustainRalph E. White

materials scienceengineeringcorrosion safety hazardchemical engineeringelectrochemical engineeringcorrosionelectrochemistry

Low-Temperature Lithium Plating/Corrosion Hazard in Lithium-Ion Batteries: Electrode Rippling, Variable States of Charge, and Thermal and Nonthermal Runaway. ACS Applied Energy Materials (2020)

Benjamin NgPaul T. ComanEhsan FaeghXiong PengStavros G. KarakalosXinfang JinWilliam E. MustainRalph E. White

Mathematical Model for LI-S Cell With Shuttling-Induced Capacity Loss Approximation. Journal of The Electrochemical Society (2020)

Niloofar KamyabPaul T. ComanShiv Krishna Madi ReddyShriram SanthanagopalanRalph E. White

electrochemical energy storageelectrochemical engineeringelectrical engineeringli-s cellenergy storageelectrochemistry

1
2
3
10 / page

Similar Faculty Members

Lin Liu

Institution

University of Kansas

energy storage material

energy research

Doug Aaron

Institution

University of Tennessee

energy storage material

energy research

Ralph E. White

Institution

University of South Carolina

energy storage material

corrosion

Xianglin Li

Institution

University of Kansas

advanced energy technology

alternative energy solution

Jennifer Schaefer

Institution

University of Notre Dame

polymer-based electrolytes

energy storage material

Anh T. Ngo

Institution

University of Illinois Chicago

quantum machine learning

molecular properties

Jason Siegel

Institution

University of Michigan

electrical engineering

energy storage

Kevin Huang

Institution

University of South Carolina

electrochemistry

energy storage material

Thomas Fuller

Institution

Georgia Institute of Technology

energy storage material

advanced energy material

Kejie Zhao

Institution

Purdue University

redox active materials

deformation

Similar Faculty Members

Lin Liu

Institution

University of Kansas

energy storage material

energy research

Doug Aaron

Institution

University of Tennessee

energy storage material

energy research

Ralph E. White

Institution

University of South Carolina

energy storage material

corrosion

Xianglin Li

Institution

University of Kansas

advanced energy technology

alternative energy solution

Jennifer Schaefer

Institution

University of Notre Dame

polymer-based electrolytes

energy storage material

Anh T. Ngo

Institution

University of Illinois Chicago

quantum machine learning

molecular properties

Jason Siegel

Institution

University of Michigan

electrical engineering

energy storage

Kevin Huang

Institution

University of South Carolina

electrochemistry

energy storage material

Thomas Fuller

Institution

Georgia Institute of Technology

energy storage material

advanced energy material

Kejie Zhao

Institution

Purdue University

redox active materials

deformation