Faculty

Institution

Unit

Venue

Donald Brenner

Kobe Steel Distinguished Professor

North Carolina State University

Affiliations

College of Engineering

Materials Science and Engineering

Donald Brenner is currently serving as a College Of Engineering Kobe Steel Distinguished Professor at North Carolina State University.

Honors

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Experiences

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Education

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Donald Brenner

North Carolina State University

Kobe Steel Distinguished Professor

You can click a keyword to filter the displayed items

materials science applied physics condensed matter physics nanotechnology materials engineering physics mechanical engineering material research surface science advanced materials condensed matter nanomaterials mechanical science mechanics of materials physical chemistry molecular dynamics simulations tribology material modeling material chemistry nanoscale science continuum modeling electronic materials interface science composite science thermal engineering friction numerical simulations detonation phenomenon thermal conductivity quantum chemistry nanomechanics material simulation diamond surfaces nanoparticle research surface nanotechnology carbon-based materials carbides nanotribology metals nanobiotechnology surface chemistry fullerenes adsorption electronic structure fragmentation effect nuclear engineering molecular dynamics molecular science nanometrology surface reactivity thermal properties polycrystalline diamond nanocrystalline cu atomistic simulations grain boundaries membrane science polymer nanotechnology solid-state chemistry semiconductor nanostructures nanocrystalline materials epitaxial growth cluster science carbon nanostructures atomistic simulation first-principles investigation molecular dynamics simulation atomistic modeling nanoscale chemistry polymer engineering nanoscale modeling molecular kinetics flow control solid-state physics molecular simulation polymer-nanotube composites atomic-scale friction entropy multiscale material multiprincipal element alloy computational materials science

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Priori Procedure to Establish Spinodal Decomposition in Alloys. Acta Materialia (2024)

Simon DivilovHagen EckertCormac ToherRico FriedrichAdam C. ZettelDonald W. BrennerWilliam G. FahrenholtzDouglas E. WolfeEva ZurekJon-Paul MariaNico HotzXiomara CampilongoStefano Curtarolo

priori procedurematerials engineeringmaterials sciencespinodal decomposition

A Super‐Hard High Entropy Boride Containing Hf, Mo, Ti, V, and W. Journal of the American Ceramic Society (2024)

Suzana FilipovicNina ObradovicGreg E. HilmasWilliam G. FahrenholtzDonald W. BrennerJon‐Paul MariaDouglas E. WolfeEva ZurekXiomara CampilongoStefano Curtarolo

engineering ceramicmaterials engineeringbioceramicsceramic materialsfunctional ceramicsceramicsmaterial researchceramic technologyadvanced ceramicselectroceramicsmaterials sciencesuper-hard high entropy

Bipolar Hipims Kick‐Pulse for High Hardness in High‐Entropy Boride Thin Films. Journal of the American Ceramic Society (2024)

Nathaniel S. McIlwaineNestor O. Marquez RiosEva ZurekDonald W. BrennerWilliam G. FahrenholtzStefano CurtaroloDouglas E. WolfeJon‐Paul Maria

ceramicsbipolar hipimsapplied physicsthin filmshigh hardnessmaterials science

Disordered Enthalpy–Entropy Descriptor for High-Entropy Ceramics Discovery. Nature (2024)

Simon DivilovHagen EckertDavid HicksCorey OsesCormac ToherRico FriedrichMarco EstersMichael J. MehlAdam C. ZettelYoav LedererEva ZurekJon-Paul MariaDonald W. BrennerXiomara CampilongoSuzana FilipovićWilliam G. FahrenholtzCaillin J. RyanChristopher M. DeSalleRyan J. CrealeseDouglas E. WolfeArrigo CalzolariStefano Curtarolo

high-entropy ceramics discoverycomputational materials sciencematerials science

Machine Learned Interatomic Potentials for Ternary Carbides Trained on the Aflow Database. npj Computational Materials (2024)

Josiah RobertsBiswas RijalSimon DivilovJon-Paul MariaWilliam G. FahrenholtzDouglas E. WolfeDonald W. BrennerStefano CurtaroloEva Zurek

computer scienceinteratomic potentialsmaterials engineeringcomputational materials sciencemachine learningternary carbidesaflow databasematerials science

Influence of Processing on the Microstructural Evolution and Multiscale Hardness in Titanium Carbonitrides (Ticn) Produced via Field Assisted Sintering Technology. Materialia (2023)

Douglas E. WolfeChristopher M. DeSalleCaillin J. RyanRobert E. SlapikasRyan T. SwenyRyan J. CrealesePetr A. KoloninSergei P. StepanoffAman HaqueSimon DivilovHagen EckertCorey OsesMarco EstersDonald W. BrennerWilliam G. FahrenholtzJon-Paul MariaCormac ToherEva ZurekStefano Curtarolo

materials engineeringadvanced materialsengineeringmaterial researchmechanical engineeringmechanical sciencetitanium carbonitridesmultiscale hardnesssinteringmaterial processingmicrostructural evolutionmaterials science

Predicting Properties of High Entropy Carbides From Their Respective Binaries. Computational Materials Science (2023)

Mina LimDonald W. Brenner

high entropy carbidescomputational materials sciencematerials science

High-Entropy Ceramics: Propelling Applications Through Disorder. MRS Bulletin (2022)

Cormac ToherCorey OsesMarco EstersDavid HicksGeorge N. KotsonisChristina M. RostDonald W. BrennerJon-Paul MariaStefano Curtarolo

materials engineeringhigh-entropy ceramicsmaterials sciencepropelling applications

Molecular Dynamics Simulations of Plastic Damage in Metals. Springer eBooks (2022)

Shijing LuDong LiDonald W. Brenner

plastic damagemechanical engineeringmechanics of materialsapplied physicsmolecular dynamics simulationsmaterials science

The Challenges of Modeling Defect Behavior and Plasticity Across Spatial and Temporal Scales: A Case Study of Metal Bilayer Impact. Metals (2022)

Leah GrangerMuh-Jang ChenDonald BrennerMohammed Zikry

temporal scalesstructural plasticitymechanical engineeringmetal bilayer impactmaterial modelingapplied physicsdefect behaviormaterials scienceplasticity

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Donald Brenner

Kobe Steel Distinguished Professor

North Carolina State University

Affiliations

College of Engineering

Materials Science and Engineering

Donald Brenner is currently serving as a College Of Engineering Kobe Steel Distinguished Professor at North Carolina State 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

Donald Brenner

North Carolina State University

Kobe Steel Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Priori Procedure to Establish Spinodal Decomposition in Alloys. Acta Materialia (2024)

Simon DivilovHagen EckertCormac ToherRico FriedrichAdam C. ZettelDonald W. BrennerWilliam G. FahrenholtzDouglas E. WolfeEva ZurekJon-Paul MariaNico HotzXiomara CampilongoStefano Curtarolo

priori procedurematerials engineeringmaterials sciencespinodal decomposition

A Super‐Hard High Entropy Boride Containing Hf, Mo, Ti, V, and W. Journal of the American Ceramic Society (2024)

Suzana FilipovicNina ObradovicGreg E. HilmasWilliam G. FahrenholtzDonald W. BrennerJon‐Paul MariaDouglas E. WolfeEva ZurekXiomara CampilongoStefano Curtarolo

Bipolar Hipims Kick‐Pulse for High Hardness in High‐Entropy Boride Thin Films. Journal of the American Ceramic Society (2024)

Nathaniel S. McIlwaineNestor O. Marquez RiosEva ZurekDonald W. BrennerWilliam G. FahrenholtzStefano CurtaroloDouglas E. WolfeJon‐Paul Maria

ceramicsbipolar hipimsapplied physicsthin filmshigh hardnessmaterials science

Disordered Enthalpy–Entropy Descriptor for High-Entropy Ceramics Discovery. Nature (2024)

high-entropy ceramics discoverycomputational materials sciencematerials science

Machine Learned Interatomic Potentials for Ternary Carbides Trained on the Aflow Database. npj Computational Materials (2024)

Josiah RobertsBiswas RijalSimon DivilovJon-Paul MariaWilliam G. FahrenholtzDouglas E. WolfeDonald W. BrennerStefano CurtaroloEva Zurek

computer scienceinteratomic potentialsmaterials engineeringcomputational materials sciencemachine learningternary carbidesaflow databasematerials science

Influence of Processing on the Microstructural Evolution and Multiscale Hardness in Titanium Carbonitrides (Ticn) Produced via Field Assisted Sintering Technology. Materialia (2023)

Predicting Properties of High Entropy Carbides From Their Respective Binaries. Computational Materials Science (2023)

Mina LimDonald W. Brenner

high entropy carbidescomputational materials sciencematerials science

High-Entropy Ceramics: Propelling Applications Through Disorder. MRS Bulletin (2022)

Cormac ToherCorey OsesMarco EstersDavid HicksGeorge N. KotsonisChristina M. RostDonald W. BrennerJon-Paul MariaStefano Curtarolo

materials engineeringhigh-entropy ceramicsmaterials sciencepropelling applications

Molecular Dynamics Simulations of Plastic Damage in Metals. Springer eBooks (2022)

Shijing LuDong LiDonald W. Brenner

plastic damagemechanical engineeringmechanics of materialsapplied physicsmolecular dynamics simulationsmaterials science

The Challenges of Modeling Defect Behavior and Plasticity Across Spatial and Temporal Scales: A Case Study of Metal Bilayer Impact. Metals (2022)

Leah GrangerMuh-Jang ChenDonald BrennerMohammed Zikry

temporal scalesstructural plasticitymechanical engineeringmetal bilayer impactmaterial modelingapplied physicsdefect behaviormaterials scienceplasticity

1
2
3
4
5
29
10 / page

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Susan Sinnott

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Pennsylvania State University

composite material

chemical modification

Dane Morgan

Institution

University of Wisconsin–Madison

earth mantle materials

advanced materials

Simon Phillpot

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University of Florida

thermodynamics

advanced materials

Fei Gao

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radiation

ion-solid interaction

Mark Asta

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applied physics

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nanotechnology

nanocomputing

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multiscale modeling

William Weber

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applied mechanics

quantum chemistry