Faculty

Institution

Unit

Venue

Ian Robertson

Professor and Dean of the College of Engineering

University of Wisconsin–Madison

Affiliations

College of Engineering

Materials Science & Engineering

Nuclear Engineering & Engineering Physics

Ian Robertson is currently serving as a College Of Engineering Professor and Dean of the College of Engineering at University of Wisconsin–Madison.

Honors

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Experiences

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Education

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Ian Robertson

University of Wisconsin–Madison

Professor and Dean of the College of Engineering

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materials science mechanical engineering applied physics materials engineering mechanics of materials deformation condensed matter physics material research advanced materials metals mechanical science solid mechanics microstructure engineering hydrogen embrittlement hydrogen fracture mechanics condensed matter steel research microstructure-strength relationship dislocation interaction alloy design hydrogen energy electronic materials solid-state electronics metallurgical interaction electron microscopy defect formation metal processing severe plastic deformation tribology metallurgical process aluminum gallium nitride grain boundaries mechanical deformation electronics material chemistry intermetallics thermal engineering high strength low alloy steel composite science hydrogen transition strain localization manufacturing science dynamic crack propagation crack formation semiconductor materials work hardening ion implantation semiconductor technology hydrogen energy technology material modeling austenitic stainless steel hydrogen effects material properties low-cycle fatigue fragmentation effect thin film processing high-performance metal stainless steel damage mechanism semiconductor devices hydrogen transport grain growth structural plasticity catalyst preparation tweed microstructures displacement cascades deformation response crack tip ion implantation damage dislocation dynamics slip transmission hydrogen-induced intergranular failure slip transfer mechanisms metal-organic frameworks hydrogen storage

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

How Irradiation Promotes Intergranular Stress Corrosion Crack Initiation. Progress in Materials Science (2024)

G.S. WasC.-B. BahnJ. BusbyB. CuiD. FarkasM. GussevM. Rigen HeJ. HesterbergZ. JiaoD. JohnsonW. KuangM. McMurtreyI. RobertsonA. SinjlawiM. SongK. StephensonK. SunS. SwaminathanM. WangE. West

radiation oncologymaterials engineeringmaterial researchmechanical engineeringradiationcorrosionmaterials science

Dynamics of the Gold–Silicon Eutectic Reaction Studied at Limited Length Scales Using in Situ Tem and Stem. Journal of materials research/Pratt's guide to venture capital sources (2022)

Sandra StangebyeChanghui LeiAubri KinghornIan RobertsonJosh KacherKhalid Hattar

limited length scalesmaterial researchgold-silicon eutectic reactionventure capitalchemistryapplied physicsmaterials science

Influence of Internal Hydrogen Content on the Evolved Microstructure Beneath Fatigue Striations in 316L Austenitic Stainless Steel. Acta Materialia (2021)

K.E. NygrenA. NagaoS. WangP. SofronisI.M. Robertson

high-performance metalfracture mechanicshydrogen embrittlementaustenitic stainless steelmicrostructure-strength relationshipinternal hydrogen contentengineeringlow-cycle fatiguemechanical engineeringmechanical propertieshigh strength low alloy steelmechanics of materialsmicrostructuresteel researchcorrosiondeformationmaterials science

The Role of Microstructure in Hydrogen-Induced Fatigue Failure of 304 Austenitic Stainless Steel. Metallurgical and Materials Transactions A (2020)

K. E. NygrenA. NagaoP. SofronisI. M. Robertson

hydrogen-induced fatigue failuremechanical testingstructural materialsfracture mechanicshydrogen embrittlementhigh-performance metalaustenitic stainless steelengineeringlow-cycle fatiguemechanical engineeringwork hardeningmechanics of materialsmicrostructuresteel researchmechanical propertiesmaterials science

A Comparative Characterization of Defect Structure in Nico and Nife Equimolar Solid Solution Alloys Under in Situ Electron Irradiation. Scripta Materialia (2019)

Mo-Rigen HeShuai WangKe JinHongbin BeiKazuhiro YasudaSyo MatsumuraKenji HigashidaIan M. Robertson

materials engineeringadvanced materialsengineeringmechanical engineeringdefect structurecomparative characterizationmaterials science

Assessment of the Impact of Hydrogen on the Stress Developed Ahead of a Fatigue Crack. Acta Materialia (2019)

Shuai WangAkihide NagaoPetros SofronisIan M. Robertson

mechanical testingfracture mechanicsdeformationengineeringlow-cycle fatiguemechanical engineeringdynamic crack propagationfatigue crackstressstrain analysismechanics of materialshydrogen embrittlementcrack formationmechanicsmaterials sciencehydrogen

Corrigendum to “Radiation-Resistant Nanotwinned Austenitic Stainless Steel” [Scr. Mater., 159, January 15 2019, 123–127]. Scripta Materialia (2019)

G. Meric de BellefonI.M. RobertsonT.R. AllenJ.-C. van DuysenK. Sridharan

radiation oncologymaterials engineeringadvanced materialsmaterial researchmechanical engineeringsteel researchradiation protectionradiationmaterials science

Dataset for Submission Msa 37905. (2019)

Kaila BertschIan RobertsonShuai WangAkihide Nagao

informaticssubmission management systemdata setsdata science

Hydrogen-Induced Compatibility Constraints Across Grain Boundaries Drive Intergranular Failure of Ni. Materials Science and Engineering A (2019)

K.M. BertschS. WangA. NagaoI.M. Robertson

thermal engineeringsolid mechanicsmanufacturing sciencemicrostructure-strength relationshipmechanical engineeringmechanical sciencegrain boundarieshydrogen embrittlementhydrogen-induced compatibility constraintsengineeringmaterial researchmechanical propertiesdeformationmaterials engineeringintergranular failurestructural engineeringmaterial modelingengineering sciencemetallurgical interactionhydrogen bondmaterials science

In Situ Transmission Electron Microscopy Investigation of Dislocation Interactions. Springer eBooks (2019)

Josh KacherBen P. EftinkIan M. Robertson

mechanical engineeringelectron microscopyapplied physicscondensed matter physicsmaterials science

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Ian Robertson

Professor and Dean of the College of Engineering

University of Wisconsin–Madison

Affiliations

College of Engineering

Materials Science & Engineering

Nuclear Engineering & Engineering Physics

Ian Robertson is currently serving as a College Of Engineering Professor and Dean of the College of Engineering at University of Wisconsin–Madison.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ian Robertson

University of Wisconsin–Madison

Professor and Dean of the College of Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

How Irradiation Promotes Intergranular Stress Corrosion Crack Initiation. Progress in Materials Science (2024)

G.S. WasC.-B. BahnJ. BusbyB. CuiD. FarkasM. GussevM. Rigen HeJ. HesterbergZ. JiaoD. JohnsonW. KuangM. McMurtreyI. RobertsonA. SinjlawiM. SongK. StephensonK. SunS. SwaminathanM. WangE. West

radiation oncologymaterials engineeringmaterial researchmechanical engineeringradiationcorrosionmaterials science

Dynamics of the Gold–Silicon Eutectic Reaction Studied at Limited Length Scales Using in Situ Tem and Stem. Journal of materials research/Pratt's guide to venture capital sources (2022)

Sandra StangebyeChanghui LeiAubri KinghornIan RobertsonJosh KacherKhalid Hattar

limited length scalesmaterial researchgold-silicon eutectic reactionventure capitalchemistryapplied physicsmaterials science

Influence of Internal Hydrogen Content on the Evolved Microstructure Beneath Fatigue Striations in 316L Austenitic Stainless Steel. Acta Materialia (2021)

K.E. NygrenA. NagaoS. WangP. SofronisI.M. Robertson

The Role of Microstructure in Hydrogen-Induced Fatigue Failure of 304 Austenitic Stainless Steel. Metallurgical and Materials Transactions A (2020)

K. E. NygrenA. NagaoP. SofronisI. M. Robertson

A Comparative Characterization of Defect Structure in Nico and Nife Equimolar Solid Solution Alloys Under in Situ Electron Irradiation. Scripta Materialia (2019)

Mo-Rigen HeShuai WangKe JinHongbin BeiKazuhiro YasudaSyo MatsumuraKenji HigashidaIan M. Robertson

materials engineeringadvanced materialsengineeringmechanical engineeringdefect structurecomparative characterizationmaterials science

Assessment of the Impact of Hydrogen on the Stress Developed Ahead of a Fatigue Crack. Acta Materialia (2019)

Shuai WangAkihide NagaoPetros SofronisIan M. Robertson

Corrigendum to “Radiation-Resistant Nanotwinned Austenitic Stainless Steel” [Scr. Mater., 159, January 15 2019, 123–127]. Scripta Materialia (2019)

G. Meric de BellefonI.M. RobertsonT.R. AllenJ.-C. van DuysenK. Sridharan

radiation oncologymaterials engineeringadvanced materialsmaterial researchmechanical engineeringsteel researchradiation protectionradiationmaterials science

Dataset for Submission Msa 37905. (2019)

Kaila BertschIan RobertsonShuai WangAkihide Nagao

informaticssubmission management systemdata setsdata science

Hydrogen-Induced Compatibility Constraints Across Grain Boundaries Drive Intergranular Failure of Ni. Materials Science and Engineering A (2019)

K.M. BertschS. WangA. NagaoI.M. Robertson

In Situ Transmission Electron Microscopy Investigation of Dislocation Interactions. Springer eBooks (2019)

Josh KacherBen P. EftinkIan M. Robertson

mechanical engineeringelectron microscopyapplied physicscondensed matter physicsmaterials science

1
2
3
4
5
29
10 / page

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Similar Faculty Members

Andrew Minor

Institution

University of California, Berkeley

materials science

applied physics

Dane Morgan

Institution

University of Wisconsin–Madison

earth mantle materials

advanced materials

Nikhilesh Chawla

Institution

Purdue University

small length scales

deformation

Michael Mills

Institution

Ohio State University

metal

multiprincipal element alloy

Fei Gao

Institution

University of Michigan

radiation

ion-solid interaction

Gary Was

Institution

University of Michigan

radiation

engineering

David Bahr

Institution

Purdue University

materials science

mechanical engineering

Brian D. Wirth

Institution

University of Tennessee

scientific computing

multiscale modeling

Ibrahim Karaman

Institution

Texas A&M University

materials science

mechanical engineering

G. Robert Odette

Institution

University of California, Santa Barbara

materials science

mechanical engineering