Faculty

Institution

Unit

Venue

Julia Weertman

Professor Emerita

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Materials Science and Engineering

Julia Weertman is currently serving as a Materials Science And Engineering Professor Emerita at Northwestern University.

Honors

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Experiences

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Education

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Julia Weertman

Northwestern University

Professor Emerita

You can click a keyword to filter the displayed items

materials science mechanical engineering applied physics materials engineering mechanics of materials advanced materials mechanical science nanotechnology solid mechanics material research condensed matter physics engineering metals metallurgical process nanocrystalline materials metal processing deformation steel research condensed matter nanomaterials metallurgical interaction nanocrystalline metals material properties alloy design mechanical behavior neutron scattering nanocrystalline copper manufacturing science tribology metallic nanomaterials defect formation nanocrystalline cu nanocrystalline palladium powder metallurgy cryogenics strength property extractive metallurgy high temperature creep electronic materials cryosphere fracture mechanics thermal engineering severe plastic deformation superalloys glaciers glacial process microstructure-strength relationship thin film processing plastic deformation copper single crystals grain boundary voids manufacturing technology fish biology nuclear science fragmentation effect nanoscale science low-cycle fatigue compression (physics) nanomechanics nanostructure synthesis residual stress x-ray diffraction hardness alloy casting fatigue management nucleation tensile behavior grain size cryogenic temperatures tensile strength nanocrystalline fe ferritic steel microstructural changes high temperature fatigue palaeogeography composite science dislocation interaction microstructure dislocation theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Remembering Julia and Hans Weertman. JOM (2018)

Hans WeertmanJulia WeertmanWalter MurphyDavid Seidman

Materials for Sustainable Development. MRS Bulletin (2012)

Alan HurdRonald KelleyRoderick EggertMin-Ha LeeMatthias EnglertLindsay KrallRodney EwingVasilis FthenakisLaura EspinalBryan MorrealeAnthony KuAndrew ShapiroR LesarK ChenD ApelianMartin GreenEric AmisJoseph BerryDavid CahenThomas GraedelEnrico TraversaMark LuskEva OlssonBirgit SchwenzerLei JiangSergei KalininStéphanie LacourSteven MossKyoung-Shin ChoiReuben CollinsSean ShaheenGopal RaoJudy MeiksinLori WilsonBen MoriartyMary WilmothDon MonroeErica EllisonKasia BrunianyAndrea PekelnickyChristopher RobertsCatherine PaduaniBruce ClemensJames De YoreoSean HearneMichael FitzsimmonsTodd OsmanWade AdamsAna AriasShenda BakerTia TolleDuane DimosChang-Beom EomEric GarfunkelJ GibsonOliver KraftAinissa RamirezStephen StreifferSusan Trolier-MckinstryPierre WiltziusJulia AwardsNabil BassimDavid GinleyYves ChabalPaul DrzaicV ArunachalamRobert CammarataLaura FornaroFiona MeldrumAmit MisraJulie NucciLinda OlafsenDavid SeidmanCarol Trager-CowanJulia WeertmanSteve YalisoveEileen NovakElizabeth FleischerAnshu BharadwajRussell ChianelliGeorge CrabtreeAbdelilah SlaouiGuillermo SolórzanoM WhittinghamMary KaufoldDonna WattersonMichelle Judt

materials sciencematerial cyclessustainable materialssustainability sciencegreen materialssustainable developmentenvironmental materialssustainable designsustainable material development

Mrs Volume 37 Issue 7 Cover and Front Matter. MRS bulletin (2012)

Nina BalkeDawn BonnellDavid GingerMartijn KemerinkJames O'deaLouisa BrownNikolas HoepkerJohn MarohnSascha SadewasserStephen JesseAmit KumarThomas ArrudaYunseok KimSergei KalininFrancesco CiucciWonyoung LeeFritz PrinzXi ChenS NonnenmannRyan O'hayreStanley LaiJulie MacphersonPatrick UnwinFlemming BesenbacherPeter ThostrupMiquel SalmeronRosalia SernaMildred DresselhausLisa PruittAyyana Chakravartula ReviewedCatherine KlapperichShea MatiasMark LuskEva OlssonBirgit SchwenzerLei JiangStéphanie LacourSteven MossKyoung-Shin ChoiReuben CollinsSean ShaheenGopal RaoJudy MeiksinLori WilsonBen MoriartyMary WilmothCarol TsengKasia BrunianyAndrea PekelnickyChristopher RobertsCatherine PaduaniTim PaluckaElizabeth FleischerEileen NovakBruce ClemensJames De YoreoSean HearneMichael FitzsimmonsTodd OsmanWade AdamsAna AriasShenda BakerTia TolleDuane DimosChang-Beom EomEric GarfunkelJ GibsonOliver KraftStephen StreifferJames SturmSusan Trolier-MckinstryPierre WiltziusAwards CarterNabil BassimDavid GinleyYves ChabalPaul DrzaicV ArunachalamRobert CammarataLaura FornaroFiona MeldrumAmit MisraJulie NucciLinda OlafsenDavid SeidmanCarol Trager-CowanJulia WeertmanSteve YalisoveBabu ChalamalaAlan SellingerAnshu BharadwajDavid CahenRussell ChianelliGeorge CrabtreeAbdelilah SlaouiGuillermo SolórzanoM WhittinghamMary KaufoldDonna WattersonMichelle Judt

front matterspace explorationaerospace engineering

Retaining the Nano in Nanocrystalline Alloys. Science (2012)

Julia R. Weertman

nanocrystalline alloysmaterials sciencenanoscale sciencemetallic nanomaterialsnanomaterialsnanotechnology

Twin Stability in Highly Nanotwinned Cu Under Compression, Torsion and Tension. Scripta Materialia (2012)

A.M. HodgeT.A. FurnishC.J. ShuteY. LiaoX. HuangC.S. HongY.T. ZhuT.W. Barbee Jr.J.R. Weertman

materials sciencematerial propertiesmechanical engineeringmaterial researchcondensed matter physicscondensed mattertwin stabilitymaterialityadvanced materialscompression (physics)metallic nanomaterialsnanomaterialsapplied physicsmetalsmechanical sciencemechanics of materials

Detwinning, Damage and Crack Initiation During Cyclic Loading of Cu Samples Containing Aligned Nanotwins. Acta Materialia (2011)

C.J. ShuteB.D. MyersS. XieS.-Y. LiT.W. BarbeeA.M. HodgeJ.R. Weertman

materials sciencecu samplescrack initiationmetalsmaterial researchmaterials engineeringadvanced materialsapplied physicsnanotechnologymechanical engineeringcrack formationtribologymechanical sciencemetallurgical interactionmechanics of materialsmaterial propertiespowder metallurgycyclic loadingextractive metallurgycorrosion

High-Pressure Torsion of Copper Samples Containing Columns of Highly Aligned Nanotwins. Scripta Materialia (2011)

C.J. ShuteB.D. MyersY. LiaoS.-Y. LiA.M. HodgeT.W. BarbeeY.T. ZhuJ.R. Weertman

materials sciencecopper sampleshigh-pressure torsionmechanical engineeringmaterials engineeringapplied physicsnanotechnology

Mrs Volume 35 Issue 9 Front Matter. MRS bulletin (2010)

Elizabeth FleischerJudy MeiksinLori WilsonBen MoriartyMary WilmothDon MonroeKasia BrunianyFranklin DesignChrisopher RobertsMary KaufoldDonna WattersonMichelle JudtGail OareDavid GinleyShefford BakerJames De YoreoBethanie StadlerMichael FitzsimmonsEberhard BodenschatzIan BoydYves ChabalJ GibsonMichael RubnerKalpana KattiDuane DimosJulia HsuPaul DrzaicV ArunachalamJulie NucciJulia WeertmanSteve Yalisove

radiationmedicinefront matter

Probing Structures of Nanomaterials Using Advanced Electron Microscopy Methods, Including Aberration‐Corrected Electron Microscopy at the Angstrom Scale. Microscopy Research and Technique (2010)

Pratibha L. GaiKenta YoshidaCarla ShuteXiaoting JiaMichael WalshMichael WardMildred S. DresselhausJulia R. WeertmanEdward D. Boyes

materials sciencestructural biologyaberration-corrected electron microscopystructure determinationangstrom scalemicroscopyelectron microscopynanomaterials

Microstructural Changes Produced by Fatigue in High-Purity Copper Severely Deformed by Cryogenic Rolling. Metallurgical and Materials Transactions A (2009)

Kai ZhangJ.R. Weertman

materials sciencecryogenic rollingmicrostructuredeformationmechanical engineeringhigh-purity coppermicrostructural changesmetallurgical processmechanical deformationmetalsmechanical science

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Julia Weertman

Professor Emerita

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Materials Science and Engineering

Julia Weertman is currently serving as a Materials Science And Engineering Professor Emerita at Northwestern University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Julia Weertman

Northwestern University

Professor Emerita

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Remembering Julia and Hans Weertman. JOM (2018)

Hans WeertmanJulia WeertmanWalter MurphyDavid Seidman

Materials for Sustainable Development. MRS Bulletin (2012)

materials sciencematerial cyclessustainable materialssustainability sciencegreen materialssustainable developmentenvironmental materialssustainable designsustainable material development

Mrs Volume 37 Issue 7 Cover and Front Matter. MRS bulletin (2012)

front matterspace explorationaerospace engineering

Retaining the Nano in Nanocrystalline Alloys. Science (2012)

Julia R. Weertman

nanocrystalline alloysmaterials sciencenanoscale sciencemetallic nanomaterialsnanomaterialsnanotechnology

Twin Stability in Highly Nanotwinned Cu Under Compression, Torsion and Tension. Scripta Materialia (2012)

A.M. HodgeT.A. FurnishC.J. ShuteY. LiaoX. HuangC.S. HongY.T. ZhuT.W. Barbee Jr.J.R. Weertman

Detwinning, Damage and Crack Initiation During Cyclic Loading of Cu Samples Containing Aligned Nanotwins. Acta Materialia (2011)

C.J. ShuteB.D. MyersS. XieS.-Y. LiT.W. BarbeeA.M. HodgeJ.R. Weertman

High-Pressure Torsion of Copper Samples Containing Columns of Highly Aligned Nanotwins. Scripta Materialia (2011)

C.J. ShuteB.D. MyersY. LiaoS.-Y. LiA.M. HodgeT.W. BarbeeY.T. ZhuJ.R. Weertman

materials sciencecopper sampleshigh-pressure torsionmechanical engineeringmaterials engineeringapplied physicsnanotechnology

Mrs Volume 35 Issue 9 Front Matter. MRS bulletin (2010)

radiationmedicinefront matter

Probing Structures of Nanomaterials Using Advanced Electron Microscopy Methods, Including Aberration‐Corrected Electron Microscopy at the Angstrom Scale. Microscopy Research and Technique (2010)

Pratibha L. GaiKenta YoshidaCarla ShuteXiaoting JiaMichael WalshMichael WardMildred S. DresselhausJulia R. WeertmanEdward D. Boyes

materials sciencestructural biologyaberration-corrected electron microscopystructure determinationangstrom scalemicroscopyelectron microscopynanomaterials

Microstructural Changes Produced by Fatigue in High-Purity Copper Severely Deformed by Cryogenic Rolling. Metallurgical and Materials Transactions A (2009)

Kai ZhangJ.R. Weertman

materials sciencecryogenic rollingmicrostructuredeformationmechanical engineeringhigh-purity coppermicrostructural changesmetallurgical processmechanical deformationmetalsmechanical science

1
2
3
4
5
17
10 / page

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materials science

mechanical engineering

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University of California, Irvine

microstructure-strength relationship

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Timothy Weihs

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Johns Hopkins University

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John J. Lewandowski

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microstructure-strength relationship

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Frank Ernst

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metal

characterization (materials science)

John W. Morris

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high-performance metal

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Christopher Schuh

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