Faculty

Institution

Unit

Venue

Petros Sofronis

James W Bayne Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Mechanical Science & Engineering

Petros Sofronis is currently serving as a Mechanical Science And Engineering James W Bayne Professor at Uiuc.

Honors

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Experiences

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Education

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Petros Sofronis

UIUC

James W Bayne Professor

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materials science mechanical engineering mechanics of materials hydrogen embrittlement hydrogen fracture mechanics deformation hydrogen energy engineering steel research applied physics microstructure mechanics solid mechanics hydrogen transition metals mechanical properties crack formation high strength low alloy steel dynamic crack propagation mechanical science hydrogen energy technology plasticity microstructure-strength relationship hydrogen combustion numerical simulations dislocation interaction hydrogen utilization nonferrous metal mechanical deformation hydrogen transport low-cycle fatigue interface science material research advanced composite material (engineering) stressstrain analysis severe plastic deformation composite interface void growth energetic materials intermetallics work hardening constitutive modeling damage evolution mechanical behavior porous materials dynamic constitutive behavior hydrogen gas crack tip shock waves crystal growth powder compaction explosive compaction high-performance metal damage mechanism continuum modeling hydrogen effects austenitic stainless steel localized plasticity metallurgical interaction high strain rate material modeling elasticity (physics) carbon neutrality policy low-carbon technology carbon neutrality green hydrogen hydrogen-induced intergranular failure solid propellant materials hydrogen-induced decohesion high-pressure hydrogen gas stainless steel steel pipelines void nucleation stress field hydrogen effect material response manufacturing science micromechanics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

On the Chemomechanics of Bubble Growth in Hydrogen Attack of Plain Carbon Steels. Corrosion Science (2025)

K. VijayvargiaT. NguyenM. DadfarniaA. StaykovP. SofronisM. KubotaM.L. MartinJ.A. Pugh

materials sciencechemical kineticssteel researchchemical engineeringchemical reaction engineeringhydrogen attackhydrogenhydrogen embrittlementhydrogen combustionbubble dynamicsbubble growthplain carbon steelshydrogen energy

Mechanistic Model for Hydrogen Accelerated Fatigue Crack Growth in a Low Carbon Steel. International Journal of Hydrogen Energy (2024)

Zahra S. HosseiniMohsen DadfarniaMasanobu KubotaAkihide NagaoBrian P. SomerdayPetros SofronisRobert O. Ritchie

fracture mechanicsmaterials sciencesteel researchfatigue crack growthengineeringhydrogenhydrogen embrittlementcrack formationlow carbon steeldynamic crack propagationmechanical engineeringhigh strength low alloy steellow-cycle fatiguemechanics of materialsmechanicsmechanistic model

Toward a Fracture Mechanics Based Prediction of Failure Under High Temperature Hydrogen Attack. International Journal of Hydrogen Energy (2024)

Kshitij VijayvargiaMohsen DadfarniaJohn L. BassaniPetros Sofronis

fracture mechanicsmaterials scienceengineeringsolid mechanicsphysic of failurecrack formationreliability physicsdynamic crack propagationmechanical engineeringdamage mechanismthermodynamicsmechanics of materialsmechanics

Three-Dimensional Constraint-Based Void-Growth Model for High Temperature Hydrogen Attack. International Journal of Fracture (2023)

K. VijayvargiaM. DadfarniaP. SofronisM. KubotaA. StaykovK. WadaJ. A. PughT. J. Eason

numerical simulationshydrogenhydrogen embrittlementapplied physicshydrogen transitionhydrogen energy

Achieving a Carbon Neutral Future Through Advanced Functional Materials and Technologies. Bulletin of the Chemical Society of Japan (2022)

Andrew ChapmanElif ErtekinMasanobu KubotaAkihide NagaoKaila BertschArnaud MacadreToshihiro TsuchiyamaTakuro MasamuraSetsuo TakakiRyosuke KomodaMohsen DadfarniaBrian SomerdayAlexander Tsekov StaykovJoichi SugimuraYoshinori SawaeTakehiro MoritaHiroyoshi TanakaKazuyuki YagiVlad NistePrabakaran SaravananShugo OnitsukaKi-Seok YoonSeiji OgoToshinori MatsushimaGanbaatar Tumen-UlziiDino KlotzDinh Hoa NguyenGeorge HarringtonChihaya AdachiHiroshige MatsumotoLeonard KwatiYukina TakahashiNuttavut KosemTatsumi IshiharaMiho YamauchiBidyut Baran SahaMd Amirul IslamJin MiyawakiHarish SivasankaranMasamichi KohnoShigenori FujikawaRoman SelyanchynTakeshi TsujiYukihiro HigashiReiner KirchheimPetros Sofronis

carbon capturechemical engineeringgreen hydrogencarbonlow-carbon technologysustainable energyenergy researchcarbon neutral japancarbon neutralitycarbon neutral futureclean technologycarbon neutrality policyhydrogen energysustainable energy technologieschemistry

Challenges Toward Achieving a Successful Hydrogen Economy in the Us: Potential End-Use and Infrastructure Analysis to the Year 2100. Cleaner Production Letters (2022)

Rhea BridgelandAndrew ChapmanBenjamin McLellanPetros SofronisYasumasa Fujii

energy strategiesenergy researchrenewable energyhydrogen production technologyhydrogen energyenvironmental scienceclimate changehydrogen utilizationchemical engineeringenergy transitionhydrogen energy technologygreen hydrogensustainable energy technologieshydrogen storagegreenhouse gas controlhydrogen productionfossil fuelssustainable energyus energy system

Effect of Hydrogen on Creep Properties. The minerals, metals & materials series (2022)

Masanobu KubotaDaiskuke TakazakiRyosuke KomodaKentrao WadaToshihiro TsuchiyamaMohsen DadfarniaBrian P. SomerdayPetros Sofronis

materials sciencehydrogenhydrogen embrittlementdeformationtribologymaterial researchapplied physicshydrogen energyhydrogen transitionhydrogen energy technologycreep propertiesmechanics of materialshydrogen storage

Effects of Diffusion and Primary Creep on Intergranular Cavitation at High Temperatures. International Journal of Fracture (2022)

John W. SandersNiloofar JamshidiNegar JamshidiMohsen DadfarniaSankara SubramanianHuseyin SehitogluJames StubbinsPetros Sofronis

fracture mechanicsmaterials sciencehigh temperaturesprimary creepcavitating flowsmechanical sciencehydrodynamic cavitationmicrostructuremechanical engineeringdeformationapplied physicsmechanics of materialsmechanical propertiesintergranular cavitation

Hydrogen-Induced Cracking and Blistering in Steels: A Review. Journal of Natural Gas Science and Engineering (2022)

May L. MartinPetros Sofronis

fracture mechanicsmaterials sciencesteel researchmetalshydrogenmicrostructurehydrogen embrittlementmechanical engineeringcorrosionhydrogen energymechanics of materialshydrogen-induced cracking

A Study of Crack Initiation in a Low Alloy Steel. Acta Materialia (2021)

Lin TianChristine BorchersMasanobu KubotaPetros SofronisReiner KirchheimCynthia A. Volkert

fracture mechanicssteel researchengineeringlow alloy steelmetalssolid mechanicsmicrostructurecrack formationdynamic crack propagationmechanical engineeringdeformationhigh strength low alloy steelmechanics of materials

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Petros Sofronis

James W Bayne Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Mechanical Science & Engineering

Petros Sofronis is currently serving as a Mechanical Science And Engineering James W Bayne Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Petros Sofronis

UIUC

James W Bayne Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

On the Chemomechanics of Bubble Growth in Hydrogen Attack of Plain Carbon Steels. Corrosion Science (2025)

K. VijayvargiaT. NguyenM. DadfarniaA. StaykovP. SofronisM. KubotaM.L. MartinJ.A. Pugh

Mechanistic Model for Hydrogen Accelerated Fatigue Crack Growth in a Low Carbon Steel. International Journal of Hydrogen Energy (2024)

Zahra S. HosseiniMohsen DadfarniaMasanobu KubotaAkihide NagaoBrian P. SomerdayPetros SofronisRobert O. Ritchie

Toward a Fracture Mechanics Based Prediction of Failure Under High Temperature Hydrogen Attack. International Journal of Hydrogen Energy (2024)

Kshitij VijayvargiaMohsen DadfarniaJohn L. BassaniPetros Sofronis

Three-Dimensional Constraint-Based Void-Growth Model for High Temperature Hydrogen Attack. International Journal of Fracture (2023)

K. VijayvargiaM. DadfarniaP. SofronisM. KubotaA. StaykovK. WadaJ. A. PughT. J. Eason

numerical simulationshydrogenhydrogen embrittlementapplied physicshydrogen transitionhydrogen energy

Achieving a Carbon Neutral Future Through Advanced Functional Materials and Technologies. Bulletin of the Chemical Society of Japan (2022)

Challenges Toward Achieving a Successful Hydrogen Economy in the Us: Potential End-Use and Infrastructure Analysis to the Year 2100. Cleaner Production Letters (2022)

Rhea BridgelandAndrew ChapmanBenjamin McLellanPetros SofronisYasumasa Fujii

Effect of Hydrogen on Creep Properties. The minerals, metals & materials series (2022)

Masanobu KubotaDaiskuke TakazakiRyosuke KomodaKentrao WadaToshihiro TsuchiyamaMohsen DadfarniaBrian P. SomerdayPetros Sofronis

Effects of Diffusion and Primary Creep on Intergranular Cavitation at High Temperatures. International Journal of Fracture (2022)

John W. SandersNiloofar JamshidiNegar JamshidiMohsen DadfarniaSankara SubramanianHuseyin SehitogluJames StubbinsPetros Sofronis

Hydrogen-Induced Cracking and Blistering in Steels: A Review. Journal of Natural Gas Science and Engineering (2022)

May L. MartinPetros Sofronis

fracture mechanicsmaterials sciencesteel researchmetalshydrogenmicrostructurehydrogen embrittlementmechanical engineeringcorrosionhydrogen energymechanics of materialshydrogen-induced cracking

A Study of Crack Initiation in a Low Alloy Steel. Acta Materialia (2021)

Lin TianChristine BorchersMasanobu KubotaPetros SofronisReiner KirchheimCynthia A. Volkert

1
2
3
4
5
15
10 / page