Faculty

Institution

Unit

Venue

Amiya Mukherjee

Distinguished Professor Emeritus

University of California, Davis

Affiliations

College of Engineering

Materials Science and Engineering

Amiya Mukherjee is currently serving as a College Of Engineering Distinguished Professor Emeritus at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Amiya Mukherjee

University of California, Davis

Distinguished Professor Emeritus

You can click a keyword to filter the displayed items

materials science mechanical engineering materials engineering applied physics advanced materials mechanical science mechanics of materials material research solid mechanics nanotechnology nanomaterials engineering microstructure condensed matter physics ceramic technology composite science powder metallurgy metals sintering metal processing alloy design tribology advanced ceramics ceramic materials superplastic deformation condensed matter thermal engineering mechanical behavior nanocrystalline materials nanocomposites metallurgical process mechanical deformation manufacturing science nanomechanics engineering ceramic severe plastic deformation metallurgical interaction steel research semiconductor nanostructures deformation mechanisms structural plasticity electroceramics nanostructure synthesis high strain rate nanoparticle research engineering science electronic materials surface modification defect formation material modeling micromechanics spark plasma sintering tensile superplasticity material chemistry material properties extractive metallurgy in-situ conversion layered materials powder synthesis superplastic behavior manufacturing technology microstructure-strength relationship material preparation dislocation interaction alumina-based nanocomposites low temperatures high-pressure sintering carbon-based materials molecular-dynamics simulation al alloy low-temperature superplasticity superplastic flow cavity nucleation superplastic forming deformation mechanism elevated temperatures mechanical properties material processing

Notable Scholarly Works

Notable Federal Grants

Collaborators

In-Situ High-Temperature Micromechanical Behavior of Flash-Sintered Strontium Titanate. Journal of the European Ceramic Society (2024)

Jaehun ChoXin Li PhuahJin LiBo YangChao ShenWolfgang RheinheimerAmiya K. MukherjeeHaiyan WangXinghang Zhang

materials scienceadvanced ceramicsmicrostructuresinteringmechanical propertiesmechanical engineeringchemical engineeringmaterial researchmicromechanicsmechanical behaviorin-situ conversionceramic materialsadvanced materialsceramicsmetalsmechanics of materialsflash-sintered strontium titanate

In Situ Studies on Defect Formation Dynamics in Flash-Sintered Tio 2. Nanoscale (2023)

Sichuang XueXin Li PhuahJie JianQiang LiJin LiBo YangDi ZhangHan WangThomas TsakalakosAmiya K. MukherjeeHaiyan WangXinghang Zhang

thin filmsmaterials sciencesemiconductor nanostructuresnanoscale modelingnanoscale sciencenanoscale chemistryelectronic materialsmaterial researchdefect formation dynamicsdefect formationadvanced materialsnanoparticlesnanomaterialsapplied physicsnanotechnology

2430% Superplastic Strain in a Eutectic Au-Sn Alloy With Micrometer-Sized Grains Maintained by Spinodal-Like Decomposition. Acta Materialia (2022)

J. PengR.-C. WangM.-X. ZhuZ.-M. LiH.-S. LiuA.K. MukherjeeT. Hu

materials scienceeutectic au-sn alloyspinodal-like decompositionmicrometer-sized grainsmechanical engineeringsolid mechanicsadvanced materialsapplied physics

I in Situ /I Studies on Defects Formation Dynamics in Flash-Sintered Tio Sub 2 /Sub. SSRN Electronic Journal (2022)

Sichuang XueXin Li PhuahJie JianQiang LiJin LiBo YangDi ZhangHan WangThomas TsakalakosAmiya MukherjeeHaiyan WangXinghang Zhang

thin filmsmaterials sciencedefect formationsocial sciencessocial policy researchadvanced materialssocial science researchpowder metallurgyapplied physicsdefects formation dynamics

Defects in Flash-Sintered Ceramics and Their Effects on Mechanical Properties. MRS Bulletin (2021)

Xin Li PhuahJaehun ChoThomas TsakalakosAmiya K. MukherjeeHaiyan WangXinghang Zhang

materials sciencematerials engineeringdefect tolerancedefect formationflash-sintered ceramics

Electric Field-Induced Grain Boundary Degradation Mechanism in Yttria Stabilized Zirconia. Scripta Materialia (2021)

Harry CharalambousShikhar Krishn JhaK.S.N. VikrantR. Edwin GarcíaXin Li PhuahHan WangHaiyan WangAmiya MukherjeeThomas Tsakalakos

materials sciencematerial propertiesmechanical propertiesmechanical engineeringmaterial researchmaterials engineeringadvanced materialsapplied physicsmechanical sciencemechanics of materials

Temperature Effect on Mechanical Response of Flash-Sintered Zno by In-Situ Compression Tests. Acta Materialia (2020)

Jaehun ChoXin Li PhuahJin LiZhongxia ShangHan WangHarry CharalambousThomas TsakalakosAmiya K. MukherjeeHaiyan WangXinghang Zhang

materials sciencemechanical propertiescomposite sciencetemperature effectelectronic materialsmaterial researchmaterials engineeringin-situ compression testsmechanical responseadvanced materialsapplied physicsmechanical testingmechanical engineeringflash-sintered znofragmentation effectmechanics of materialsmaterial propertiesrelaxation processthermal engineeringcompression (physics)

Deformation Mechanisms of Flash Sintered Yttria-Stabilized Zirconia via in Situ Micromechanical Testing. (2019)

Jaehun ChoQiang LiJin LiHan WangSichuang XueSuryanarayana KarraHaiyan WangR. Edwin GarcíaXinghang ZhangZhe FanTroy B. HollandAmiya K. Mukherjee

materials sciencemechanical engineeringdeformation mechanismsmicromechanicssolid mechanics

Field-Induced Mass Transport Phenomena in Flash Sintered High Temperature Ceramics Explored by in Situ Sem and Tem. (2019)

Jaehun ChoHaiyan WangJin LiX.L. PhuahHan WangSuryanarayana KarraEdwin GarciaXinghang ZhangAmiya MukherjeeH. CharalambousThomas Tsakalakos

materials scienceceramicshigh temperature ceramics

Nanoscale Stacking Fault–Assisted Room Temperature Plasticity in Flash-Sintered Tio 2. Science Advances (2019)

Jin LiJaehun ChoJie DingHarry CharalambousSichuang XueHan WangXin Li PhuahJie JianXuejing WangColin OphusThomas TsakalakosR. Edwin GarcíaAmiya K. MukherjeeNoam BernsteinC. Stephen HellbergHaiyan WangXinghang Zhang

materials sciencetechnologynanoscale modelingadvanced functional materialsnanoscale sciencenanocrystalline materialsnanoparticle researchnanostructure synthesisscience advanceadvanced materialsplasticitynanoparticlesreinforced plasticsnanomaterialsapplied physicsnanotechnologynanomechanicsmechanical science

1
2
3
4
5
40
10 / page

Amiya Mukherjee

Distinguished Professor Emeritus

University of California, Davis

Affiliations

College of Engineering

Materials Science and Engineering

Amiya Mukherjee is currently serving as a College Of Engineering Distinguished Professor Emeritus at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Amiya Mukherjee

University of California, Davis

Distinguished Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

In-Situ High-Temperature Micromechanical Behavior of Flash-Sintered Strontium Titanate. Journal of the European Ceramic Society (2024)

Jaehun ChoXin Li PhuahJin LiBo YangChao ShenWolfgang RheinheimerAmiya K. MukherjeeHaiyan WangXinghang Zhang

In Situ Studies on Defect Formation Dynamics in Flash-Sintered Tio 2. Nanoscale (2023)

Sichuang XueXin Li PhuahJie JianQiang LiJin LiBo YangDi ZhangHan WangThomas TsakalakosAmiya K. MukherjeeHaiyan WangXinghang Zhang

2430% Superplastic Strain in a Eutectic Au-Sn Alloy With Micrometer-Sized Grains Maintained by Spinodal-Like Decomposition. Acta Materialia (2022)

J. PengR.-C. WangM.-X. ZhuZ.-M. LiH.-S. LiuA.K. MukherjeeT. Hu

materials scienceeutectic au-sn alloyspinodal-like decompositionmicrometer-sized grainsmechanical engineeringsolid mechanicsadvanced materialsapplied physics

I in Situ /I Studies on Defects Formation Dynamics in Flash-Sintered Tio Sub 2 /Sub. SSRN Electronic Journal (2022)

Sichuang XueXin Li PhuahJie JianQiang LiJin LiBo YangDi ZhangHan WangThomas TsakalakosAmiya MukherjeeHaiyan WangXinghang Zhang

thin filmsmaterials sciencedefect formationsocial sciencessocial policy researchadvanced materialssocial science researchpowder metallurgyapplied physicsdefects formation dynamics

Defects in Flash-Sintered Ceramics and Their Effects on Mechanical Properties. MRS Bulletin (2021)

Xin Li PhuahJaehun ChoThomas TsakalakosAmiya K. MukherjeeHaiyan WangXinghang Zhang

materials sciencematerials engineeringdefect tolerancedefect formationflash-sintered ceramics

Electric Field-Induced Grain Boundary Degradation Mechanism in Yttria Stabilized Zirconia. Scripta Materialia (2021)

Harry CharalambousShikhar Krishn JhaK.S.N. VikrantR. Edwin GarcíaXin Li PhuahHan WangHaiyan WangAmiya MukherjeeThomas Tsakalakos

materials sciencematerial propertiesmechanical propertiesmechanical engineeringmaterial researchmaterials engineeringadvanced materialsapplied physicsmechanical sciencemechanics of materials

Temperature Effect on Mechanical Response of Flash-Sintered Zno by In-Situ Compression Tests. Acta Materialia (2020)

Jaehun ChoXin Li PhuahJin LiZhongxia ShangHan WangHarry CharalambousThomas TsakalakosAmiya K. MukherjeeHaiyan WangXinghang Zhang

Deformation Mechanisms of Flash Sintered Yttria-Stabilized Zirconia via in Situ Micromechanical Testing. (2019)

Jaehun ChoQiang LiJin LiHan WangSichuang XueSuryanarayana KarraHaiyan WangR. Edwin GarcíaXinghang ZhangZhe FanTroy B. HollandAmiya K. Mukherjee

materials sciencemechanical engineeringdeformation mechanismsmicromechanicssolid mechanics

Field-Induced Mass Transport Phenomena in Flash Sintered High Temperature Ceramics Explored by in Situ Sem and Tem. (2019)

Jaehun ChoHaiyan WangJin LiX.L. PhuahHan WangSuryanarayana KarraEdwin GarciaXinghang ZhangAmiya MukherjeeH. CharalambousThomas Tsakalakos

materials scienceceramicshigh temperature ceramics

Nanoscale Stacking Fault–Assisted Room Temperature Plasticity in Flash-Sintered Tio 2. Science Advances (2019)

1
2
3
4
5
40
10 / page

Similar Faculty Members

Michael Mills

Institution

Ohio State University

metal

multiprincipal element alloy

Julie M. Schoenung

Institution

University of California, Irvine

materials science

mechanical engineering

Arvind Agarwal

Institution

Florida International University

cold spray

advanced materials

Kenneth Vecchio

Institution

University of California, San Diego

calphad methodologies

advanced materials

Christopher Schuh

Institution

Massachusetts Institute of Technology

materials science

mechanical engineering

Kevin Hemker

Institution

Johns Hopkins University

mechanical engineering

material system

Alex A. Volinsky

Institution

University of South Florida

crystal growth

material performance

Julie M. Schoenung

Institution

Texas A&M University

materials science

mechanical engineering

Megumi Kawasaki

Institution

Oregon State University

metal

bulk nanostructured metals

Christopher Schuh

Institution

Northwestern University

Similar Faculty Members

Michael Mills

Institution

Ohio State University

metal

multiprincipal element alloy

Julie M. Schoenung

Institution

University of California, Irvine

materials science

mechanical engineering

Arvind Agarwal

Institution

Florida International University

cold spray

advanced materials

Kenneth Vecchio

Institution

University of California, San Diego

calphad methodologies

advanced materials

Christopher Schuh

Institution

Massachusetts Institute of Technology

materials science

mechanical engineering

Kevin Hemker

Institution

Johns Hopkins University

mechanical engineering

material system

Alex A. Volinsky

Institution

University of South Florida

crystal growth

material performance

Julie M. Schoenung

Institution

Texas A&M University

materials science

mechanical engineering

Megumi Kawasaki

Institution

Oregon State University

metal

bulk nanostructured metals

Christopher Schuh

Institution

Northwestern University