Faculty

Institution

Unit

Venue

Michael J Demkowicz

Professor

Texas A&M University

Affiliations

College of Engineering

Materials Science and Engineering

Michael J Demkowicz is currently serving as a College Of Engineering Professor at Texas A&M University.

Honors

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Experiences

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Education

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Michael J Demkowicz

Texas A&M University

Professor

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materials science applied physics mechanical engineering materials engineering condensed matter physics nanotechnology advanced materials material research mechanics of materials surface science nanomaterials interface science engineering metals mechanical science solid mechanics condensed matter composite science material modeling nuclear materials numerical simulations nanocomposites tribology nuclear engineering metal processing dislocation interaction amorphous silicon material simulation nanoscale science defect formation material properties grain boundaries nanoparticle research nuclear science metallic nanomaterials semiconductor nanostructures continuum modeling layered materials fragmentation effect semicoherent interfaces helium bubbles radiation protection hydrogen embrittlement nanostructure synthesis radiation biology mechanical behavior helium precipitates neutron reflectometry amorphous silicon oxycarbide atomistic simulations fcc-bcc interfaces collision cascades material chemistry composite interface composite structures science advance scientific data solid-state chemistry nanometrology charge transport crack formation physical layer elasticity (physics) metallurgical interaction metallurgical process simulation modelling phase separation in-situ conversion hydrogen bond amorphous solid cu-nb multilayer nanocomposites radiation damage tolerance grain boundary character coherent twin boundaries cu-nb nanocomposites plastic deformation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abnormal Grain Growth Driven by High-Temperature Proton Irradiation in Nanocrystalline Ni. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2026)

materials sciencenanotechnologymetalsabnormal grain growthmicrostructurecrystal growthhigh-temperature proton irradiationnanocrystalline niapplied physicsnanocrystalline materialscrystal growth technologynanowires

Bulge Testing to Analyze Adhesion of Films on Substrates. Mechanics of Materials (2026)

materials sciencemechanical engineeringtribologycontact mechanicsthin filmsadhesive materialsurface scienceinterface scienceinterface (matter)adhesion

Basal Dislocations in Proton-Ordered Hexagonal Ice. The Journal of Chemical Physics (2025)

physicsice-water systemcondensed matter physicsdeformationcryospherephase transitionsbasal dislocationscondensed matter

Dynamic Delamination and Decohesion of Nanoporous Gold on Gold Substrates. SSRN Electronic Journal (2025)

nanoparticle researchmaterials sciencenanotechnologynanoparticlessurface nanotechnologyporous materialsmetalsnanomaterialsdynamic delaminationnanostructured surfacesmaterial researchapplied physicsmetal nanoparticlessurface scienceinterface scienceinterface (matter)

ERRATUM: Shear Strain Alters the Structure and Migration Mechanism of Self-Interstitial Atoms in Copper [Phys. Rev. Materials 6, 053605 (2022)]. Physical Review Materials (2025)

metalsdeformationdislocation interactionnonferrous metalapplied physicssevere plastic deformationshear strain altersphysicsmaterial researchself-interstitial atomsinterface (matter)electromigration techniquematerials sciencecharacterization (materials science)crystal researchcondensed matter physicsmaterials engineeringmicrostructuremigration mechanism

Influence of Implantation Temperature and He Implantation-Induced Defects on Morphological Evolution of Co-Deposited Cu-Mo Nanocomposites. Journal of Nuclear Materials (2025)

Yadav, DigvijayDerby, Benjamin K.Powers, MaxBaldwin, Jon KevinWang, YongqiangMisra, AmitXie, Kelvin Y.Demkowicz, Michael J.

nanotechnologymetalsinterfacial studiesmechanical engineeringmorphological evolutionceramic matrix compositesimplantation temperaturenanoparticle researchmorphological evidencematerial researchco-deposited cu-mo nanocompositesnuclear materialsimplantation-induced defectsmaterials sciencemorphological analysisnanomaterialsnanocompositessurface sciencecomposite materialsbiophysicsadvanced materials

On the Mobility of Dislocations Intersecting {112} Free Surfaces in Cu. Acta Materialia (2025)

fracture mechanicsmaterials sciencesurface reconstructionmetalsdefect formationmicrostructurecrystal growthdeformationsurface characterizationdislocation interactionapplied physicsfree surfacessurface sciencemechanics of materialsinterface scienceinterface (matter)

Shape‐Preserving Metallic Gels With Applications as Electrodes for Liquid Metal Batteries. Advanced Engineering Materials (2025)

electrochemistrymaterials sciencemetal anodeelectric batteryadvanced electrode materialliquid metal batteriessmart materialsenergy storageadvanced energy materialenergy storage materialselectrochemical energy storageflexible electronicsadvanced materialsmetallic gelschemistry

Temperature Dependence of Vacancy/Self-Interstitial Recombination Volumes in Copper. Physical Review Materials (2025)

materials sciencesemiconductor materialsmetalsthin filmsnonferrous metalapplied physicssemiconductorssolid-state electronicstemperature dependence

An Efficient Finite Difference-Based Implicit Solver for Phase-Field Equations With Spatially and Temporally Varying Parameters. arXiv (Cornell University) (2024)

Mao, ZiruiLiu, G. R.Demkowicz, Michael J.

materials sciencecomputer sciencenumerical simulationsnumerical computationtheoretical modelingphase-field equationsapplied mathematicsformal methodsnumerical analysis

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Michael J Demkowicz

Professor

Texas A&M University

Affiliations

College of Engineering

Materials Science and Engineering

Michael J Demkowicz is currently serving as a College Of Engineering Professor at Texas A&M 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

Michael J Demkowicz

Texas A&M University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bulge Testing to Analyze Adhesion of Films on Substrates. Mechanics of Materials (2026)

materials sciencemechanical engineeringtribologycontact mechanicsthin filmsadhesive materialsurface scienceinterface scienceinterface (matter)adhesion

Basal Dislocations in Proton-Ordered Hexagonal Ice. The Journal of Chemical Physics (2025)

physicsice-water systemcondensed matter physicsdeformationcryospherephase transitionsbasal dislocationscondensed matter

Dynamic Delamination and Decohesion of Nanoporous Gold on Gold Substrates. SSRN Electronic Journal (2025)

ERRATUM: Shear Strain Alters the Structure and Migration Mechanism of Self-Interstitial Atoms in Copper [Phys. Rev. Materials 6, 053605 (2022)]. Physical Review Materials (2025)

Influence of Implantation Temperature and He Implantation-Induced Defects on Morphological Evolution of Co-Deposited Cu-Mo Nanocomposites. Journal of Nuclear Materials (2025)

Yadav, DigvijayDerby, Benjamin K.Powers, MaxBaldwin, Jon KevinWang, YongqiangMisra, AmitXie, Kelvin Y.Demkowicz, Michael J.

On the Mobility of Dislocations Intersecting {112} Free Surfaces in Cu. Acta Materialia (2025)

Shape‐Preserving Metallic Gels With Applications as Electrodes for Liquid Metal Batteries. Advanced Engineering Materials (2025)

Temperature Dependence of Vacancy/Self-Interstitial Recombination Volumes in Copper. Physical Review Materials (2025)

materials sciencesemiconductor materialsmetalsthin filmsnonferrous metalapplied physicssemiconductorssolid-state electronicstemperature dependence

An Efficient Finite Difference-Based Implicit Solver for Phase-Field Equations With Spatially and Temporally Varying Parameters. arXiv (Cornell University) (2024)

Mao, ZiruiLiu, G. R.Demkowicz, Michael J.

materials sciencecomputer sciencenumerical simulationsnumerical computationtheoretical modelingphase-field equationsapplied mathematicsformal methodsnumerical analysis

1
2
3
4
5
18
10 / page

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atomistic computer simulation

material simulation

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