Faculty

Institution

Unit

Venue

John W. Morris

Professor

University of California, Berkeley

Affiliations

College of Engineering

Materials Science & Engineering

John W. Morris is currently serving as a College Of Engineering Professor at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John W. Morris

University of California, Berkeley

Professor

You can click a keyword to filter the displayed items

materials science mechanical engineering applied physics materials engineering mechanics of materials steel research mechanical science solid mechanics advanced materials condensed matter physics metallurgical process metal processing microstructure electronic materials electrical engineering metals thin films material research cryogenics nanotechnology manufacturing science electronics printed electronics metallurgical interaction extractive metallurgy solid-state electronics tribology condensed matter semiconductor materials alloy design thermal engineering strength property powder metallurgy gum metal computer simulation mechanical deformation power electronics organic electronics high-performance metal ideal strength composite science elasticity (physics) interconnect (integrated circuits) superalloys cryogenic mechanical properties electronic packaging magnesium alloys nanomechanics defect formation welding process dislocation glide electromigration failure intermetallics mechanical behavior electromigration technique precipitated austenite transmission electron microscope martensitic steel nanotribology material properties impact (mechanics) magnetic materials low dimensional materials surface nanotechnology ideal shear strength ductile-brittle transition grain refinement point obstacles random array thermal fatigue plastic deformation advanced electrode material metallic nanomaterials high strength low alloy steel metal forming semiconductor nanostructures engineering mechanical properties lead-free solder high strength steels

Notable Scholarly Works

Notable Federal Grants

Collaborators

Grain Refinement in Titanium Prevents Low Temperature Oxygen Embrittlement. Nature Communications (2023)

Yan ChongReza GholizadehTomohito TsuruRuopeng ZhangKoji InoueWenqiang GaoAndy GodfreyMasatoshi MitsuharaJ. W. MorrisAndrew M. MinorNobuhiro Tsuji

materials sciencebiomedical engineeringgrain refinementapplied physicsmechanics of materials

Elimination of Oxygen Sensitivity in α-Titanium by Substitutional Alloying With Al. Nature Communications (2021)

Yan ChongRuopeng ZhangMohammad S. HooshmandShiteng ZhaoDaryl C. ChrzanMark AstaJ. W. MorrisAndrew M. Minor

materials sciencebiomedical engineeringadvanced materialsoxygen sensitivityapplied physics

Congratulatory Messages From Isij Honorary Members. ISIJ International (2020)

Harshad Kumar Dharamshi Hansraj BhadeshiaRuiyu YinHae-Geon LeeJohn William Morris

isij honorary memberscongratulatory messagescommunicationhonor system

Defect Reconfiguration in a Ti–Al Alloy via Electroplasticity. Nature Materials (2020)

Shiteng ZhaoRuopeng ZhangYan ChongXiaoqing LiAnas Abu-OdehEric RothchildDaryl C. ChrzanMark AstaJ. W. MorrisAndrew M. Minor

materials sciencemechanical engineeringdefect reconfigurationadvanced materialsti-al alloyapplied physics

Mechanistic Basis of Oxygen Sensitivity in Titanium. Science Advances (2020)

Yan ChongMax PoschmannRuopeng ZhangShiteng ZhaoMohammad S. HooshmandEric RothchildDavid L. OlmstedJ. W. MorrisDaryl C. ChrzanMark AstaAndrew M. Minor

materials sciencebiomedical engineeringmechanical engineeringoxygen sensitivitymechanistic basismechanics of materials

A Nano-Embryonic Mechanism for Superelasticity, Elastic Softening, Invar and Elinvar Effects in Defected Pre-Transitional Materials. Acta Materialia (2019)

Ye-Chuan XuChengchao HuLiwang LiuJian WangWei-Feng RaoJohn W. MorrisArmen G. Khachaturyan

materials sciencenano-embryonic mechanismdefected pre-transitional materialselastic softeningnanomaterialsnanotechnologyelinvar effects

Direct Imaging of Short-Range Order and Its Impact on Deformation in Ti-6al. Science Advances (2019)

Ruopeng ZhangShiteng ZhaoColin OphusYu DengShraddha J. VachhaniBurak OzdolRachel TraylorKaren C. BustilloJ. W. MorrisDaryl C. ChrzanMark AstaAndrew M. Minor

thin filmsmaterials sciencedeformationmechanical engineeringsolid mechanicsscience advanceshort-range orderdirect imagingapplied physics

Cryogenic Steels ☆. Elsevier eBooks (2018)

John W. MorrisShahjahan Mridha

cryogenic steelsmaterials sciencetechnologymechanical engineeringmaterials engineeringsteel researchcryogenics

Multiscale Analysis of Nanoindentation-Induced Defect Structures in Gum Metal. Acta Materialia (2018)

R.P. SankaranV.B. OzdolC. OphusJ. KacherC. GammerS. GovindjeeA.M. MinorJ.W. Morris

thin filmsmaterials sciencenanoindentation-induced defect structuresmechanical engineeringmaterials engineeringgum metalengineering

Nanoembryonic Thermoelastic Equilibrium and Enhanced Properties of Defected Pretransitional Materials. npj Computational Materials (2018)

Ye-Chuan XuWei-Feng RaoJohn W. MorrisArmen G. Khachaturyan

materials sciencenanoembryonic thermoelastic equilibriummechanical engineeringmaterials engineeringthermal engineeringdefected pretransitional materialsenhanced propertiesapplied physicscomputational materials sciencenanotechnology

1
2
3
4
5
28
10 / page

John W. Morris

Professor

University of California, Berkeley

Affiliations

College of Engineering

Materials Science & Engineering

John W. Morris is currently serving as a College Of Engineering Professor at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John W. Morris

University of California, Berkeley

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Grain Refinement in Titanium Prevents Low Temperature Oxygen Embrittlement. Nature Communications (2023)

Yan ChongReza GholizadehTomohito TsuruRuopeng ZhangKoji InoueWenqiang GaoAndy GodfreyMasatoshi MitsuharaJ. W. MorrisAndrew M. MinorNobuhiro Tsuji

materials sciencebiomedical engineeringgrain refinementapplied physicsmechanics of materials

Elimination of Oxygen Sensitivity in α-Titanium by Substitutional Alloying With Al. Nature Communications (2021)

Yan ChongRuopeng ZhangMohammad S. HooshmandShiteng ZhaoDaryl C. ChrzanMark AstaJ. W. MorrisAndrew M. Minor

materials sciencebiomedical engineeringadvanced materialsoxygen sensitivityapplied physics

Congratulatory Messages From Isij Honorary Members. ISIJ International (2020)

Harshad Kumar Dharamshi Hansraj BhadeshiaRuiyu YinHae-Geon LeeJohn William Morris

isij honorary memberscongratulatory messagescommunicationhonor system

Defect Reconfiguration in a Ti–Al Alloy via Electroplasticity. Nature Materials (2020)

Shiteng ZhaoRuopeng ZhangYan ChongXiaoqing LiAnas Abu-OdehEric RothchildDaryl C. ChrzanMark AstaJ. W. MorrisAndrew M. Minor

materials sciencemechanical engineeringdefect reconfigurationadvanced materialsti-al alloyapplied physics

Mechanistic Basis of Oxygen Sensitivity in Titanium. Science Advances (2020)

Yan ChongMax PoschmannRuopeng ZhangShiteng ZhaoMohammad S. HooshmandEric RothchildDavid L. OlmstedJ. W. MorrisDaryl C. ChrzanMark AstaAndrew M. Minor

materials sciencebiomedical engineeringmechanical engineeringoxygen sensitivitymechanistic basismechanics of materials

A Nano-Embryonic Mechanism for Superelasticity, Elastic Softening, Invar and Elinvar Effects in Defected Pre-Transitional Materials. Acta Materialia (2019)

Ye-Chuan XuChengchao HuLiwang LiuJian WangWei-Feng RaoJohn W. MorrisArmen G. Khachaturyan

materials sciencenano-embryonic mechanismdefected pre-transitional materialselastic softeningnanomaterialsnanotechnologyelinvar effects

Direct Imaging of Short-Range Order and Its Impact on Deformation in Ti-6al. Science Advances (2019)

Ruopeng ZhangShiteng ZhaoColin OphusYu DengShraddha J. VachhaniBurak OzdolRachel TraylorKaren C. BustilloJ. W. MorrisDaryl C. ChrzanMark AstaAndrew M. Minor

thin filmsmaterials sciencedeformationmechanical engineeringsolid mechanicsscience advanceshort-range orderdirect imagingapplied physics

Cryogenic Steels ☆. Elsevier eBooks (2018)

John W. MorrisShahjahan Mridha

cryogenic steelsmaterials sciencetechnologymechanical engineeringmaterials engineeringsteel researchcryogenics

Multiscale Analysis of Nanoindentation-Induced Defect Structures in Gum Metal. Acta Materialia (2018)

R.P. SankaranV.B. OzdolC. OphusJ. KacherC. GammerS. GovindjeeA.M. MinorJ.W. Morris

thin filmsmaterials sciencenanoindentation-induced defect structuresmechanical engineeringmaterials engineeringgum metalengineering

Nanoembryonic Thermoelastic Equilibrium and Enhanced Properties of Defected Pretransitional Materials. npj Computational Materials (2018)

Ye-Chuan XuWei-Feng RaoJohn W. MorrisArmen G. Khachaturyan

1
2
3
4
5
28
10 / page

Similar Faculty Members

Amiya Mukherjee

Institution

University of California, Davis

microstructure-strength relationship

ceramic

Andrew Minor

Institution

University of California, Berkeley

materials science

applied physics

Michael Mills

Institution

Ohio State University

metal

multiprincipal element alloy

David Laughlin

Institution

Carnegie Mellon University

condensed matter physics

magnetism

Subhash Mahajan

Institution

University of California, Davis

deformation

mixed iii-nitride layers

Morris E. Fine

Institution

Northwestern University

composite material

ceramic

Kenneth Vecchio

Institution

University of California, San Diego

calphad methodologies

advanced materials

Ian Robertson

Institution

University of Wisconsin–Madison

hydrogen storage

hydrogen

Tresa Pollock

Institution

University of California, Santa Barbara

materials science

mechanical engineering

Timothy Weihs

Institution

Johns Hopkins University

materials science

applied physics

Similar Faculty Members

Amiya Mukherjee

Institution

University of California, Davis

microstructure-strength relationship

ceramic

Andrew Minor

Institution

University of California, Berkeley

materials science

applied physics

Michael Mills

Institution

Ohio State University

metal

multiprincipal element alloy

David Laughlin

Institution

Carnegie Mellon University

condensed matter physics

magnetism

Subhash Mahajan

Institution

University of California, Davis

deformation

mixed iii-nitride layers

Morris E. Fine

Institution

Northwestern University

composite material

ceramic

Kenneth Vecchio

Institution

University of California, San Diego

calphad methodologies

advanced materials

Ian Robertson

Institution

University of Wisconsin–Madison

hydrogen storage

hydrogen

Tresa Pollock

Institution

University of California, Santa Barbara

materials science

mechanical engineering

Timothy Weihs

Institution

Johns Hopkins University

materials science

applied physics