Faculty

Institution

Unit

Venue

Eric Payton

Assoc Professor

University of Cincinnati

Affiliations

College of Engineering and Applied Science

Mechanical and Materials Engineering

Materials Science & Engineering

Eric Payton is currently serving as a College Of Engineering And Applied Science Assoc Professor at University of Cincinnati.

Honors

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Experiences

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Education

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Eric Payton

University of Cincinnati

Assoc Professor

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materials science mechanical engineering microstructure metals material research applied physics materials engineering mechanics of materials advanced materials steel research mechanical properties deformation engineering intermetallics superalloys characterization (materials science) alloy phase microscopy metallurgical process numerical simulations crystal growth tribology alloy design powder metallurgy fibers refractory metals material analysis electron microscopy metallography dispersion science metallurgical interaction metallurgical system metal processing residual stress particle-laden flows grain coarsening crystal research structural integrity material performance microanalysis thermomechanical processing oxidation behavior microstructure evolution supersolvus heat treatment ferroelastics microscopy methods amorphous metals refractory materials particle methods aluminum alloys electron backscatter diffraction low-alloy high-performance steel nanoparticle research electronic materials interface science composite science trace metals wear-resistant material material properties structural steel fe-ni alloys intermetallic phases low-carbon steel calphad-aided development grain size refinement recrystallized fraction local hardness pm nickel-base superalloy plastic flow nano energy interfacial studies interfacial phenomena multiprincipal element alloy alloy casting elemental characterization in-situ conversion manufacturing science critical materials manufacturing computational materials science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Isotropic Growth on Cartesian Voxel Grids With Von Neumann Neighborhoods for Rapid Generation of Synthetic Microstructures. Metallography Microstructure and Analysis (2024)

E. J. PaytonY. A. CoutinhoA. R. C. GerltJ. P. SimmonsM. GonzalesS. L. Semiatin

rapid generationisotropic growthmetallographymicrostructuresynthetic microstructurescartesian voxel gridsvon neumann neighborhoods

On the Formation of Multiply Coherent $$\Upgamma $$ Grains in a Powder Metallurgy Ni Base Superalloy. The minerals, metals & materials series (2024)

Yonguk LeeCameron HaleEric J. PaytonVictoria M. Miller

surface sciencemechanical engineeringcomposite materialsadvanced materialsmaterial researchcrystallographysuperalloysmetalsalloy phasepowder synthesissteel researchmaterials sciencesinteringtribologypowder metallurgycrystal growthcharacterization (materials science)chemical engineering

On the Sources of Discrepancies Between Grain Size Measurements. Metallography Microstructure and Analysis (2024)

K. S. EvansD. M. TimberlakeP. TyagiV. M. MillerE. J. Payton

grain size measurementsmaterials sciencemetallographymicrostructure

Prevalence of Heteroepitaxial Recrystallization in the Low Solvus High Refractory (Lshr) γ–γ′ Superalloy. Metallography Microstructure and Analysis (2024)

Y. LeeE. HershkovitzH. KimK. N. WertzE. J. PaytonV. M. Miller

heteroepitaxial recrystallizationsuperalloysmaterials sciencemetallographymicrostructuremechanical engineering

Influence of Eutectoid Structures on the Mechanical Properties and Oxidation Behavior of Hf-27%Ta and Hf-42%Ta Alloys. International Journal of Refractory Metals and Hard Materials (2023)

O.N. SenkovT.I. DaboikuW.C. VoellmeckeE.J. PaytonS.J.M. KuhrT.M. Butler

mechanical propertiesoxidation behaviorrefractory metalsmaterials scienceeutectoid structuresthin filmsmechanical engineering

Local Maxima in Martensite Start Temperatures in the Transition Region Between Lath and Plate Martensite in Fe-Ni Alloys. Materials (2023)

Pascal ThomeMike SchneiderVictoria A. YardleyEric J. PaytonGunther Eggeler

fibersmaterials sciencematerial researchmagnetismelectrical engineeringtransition regionmechanical engineeringresidual stressplate martensiteadvanced materialsstructural materialsamorphous metalsferroelasticsinterior layerfe-ni alloysmartensite start temperaturesphase transitionssteel researchdeformationrelated materialsmetalslocal maximatransition metal chemistry

Local Maxima in Martensite Start Temperatures in the Transition Region Between Lath and Plate Martensite in Fe-Ni Alloys. Materials (Basel, Switzerland) (2023)

nonferrous metalmartensite start temperaturesplate martensitemetalsalloy phasephase transitionsapplied physicsmaterials sciencelocal maximamicrostructuredeformationalloy designintermetallics

Microstructure and Deformation Behavior of Morew in the Temperature Range From 25°C to 1500°C. Materialia (2023)

O.N. SenkovS.I. RaoG.H. BalbusR. WheelerE.J. Payton

deformation behaviorcondensed matter physicsmaterials scienceapplied physicssolid mechanicstemperature rangemicrostructuremechanical engineering

Orientation Dependent Plasticity of the Refractory Multi-Principal Element Alloy Monbti Investigated via Micropillar Compression. Acta Materialia (2023)

G.H. BalbusS.I. RaoO.N. SenkovE.J. Payton

micropillar compressionadvanced materialsplasticitymaterials engineeringmechanical sciencematerials scienceapplied physicsorientation dependent plasticityalloy designmechanical engineering

A Heat Treatment to Produce a Coarse-α-Particle Size in Ti–6Al–4v. Metallurgical and Materials Transactions A (2022)

S. L. SemiatinN. C. LevkulichE. J. PaytonA. L. Pilchak

heat treatmentmaterials engineeringcoarse-a-particle sizematerials scienceheat treating

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Eric Payton

Assoc Professor

University of Cincinnati

Affiliations

College of Engineering and Applied Science

Mechanical and Materials Engineering

Materials Science & Engineering

Eric Payton is currently serving as a College Of Engineering And Applied Science Assoc Professor at University of Cincinnati.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Eric Payton

University of Cincinnati

Assoc Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Isotropic Growth on Cartesian Voxel Grids With Von Neumann Neighborhoods for Rapid Generation of Synthetic Microstructures. Metallography Microstructure and Analysis (2024)

E. J. PaytonY. A. CoutinhoA. R. C. GerltJ. P. SimmonsM. GonzalesS. L. Semiatin

rapid generationisotropic growthmetallographymicrostructuresynthetic microstructurescartesian voxel gridsvon neumann neighborhoods

On the Formation of Multiply Coherent $$\Upgamma $$ Grains in a Powder Metallurgy Ni Base Superalloy. The minerals, metals & materials series (2024)

Yonguk LeeCameron HaleEric J. PaytonVictoria M. Miller

On the Sources of Discrepancies Between Grain Size Measurements. Metallography Microstructure and Analysis (2024)

K. S. EvansD. M. TimberlakeP. TyagiV. M. MillerE. J. Payton

grain size measurementsmaterials sciencemetallographymicrostructure

Prevalence of Heteroepitaxial Recrystallization in the Low Solvus High Refractory (Lshr) γ–γ′ Superalloy. Metallography Microstructure and Analysis (2024)

Y. LeeE. HershkovitzH. KimK. N. WertzE. J. PaytonV. M. Miller

heteroepitaxial recrystallizationsuperalloysmaterials sciencemetallographymicrostructuremechanical engineering

Influence of Eutectoid Structures on the Mechanical Properties and Oxidation Behavior of Hf-27%Ta and Hf-42%Ta Alloys. International Journal of Refractory Metals and Hard Materials (2023)

O.N. SenkovT.I. DaboikuW.C. VoellmeckeE.J. PaytonS.J.M. KuhrT.M. Butler

mechanical propertiesoxidation behaviorrefractory metalsmaterials scienceeutectoid structuresthin filmsmechanical engineering

Local Maxima in Martensite Start Temperatures in the Transition Region Between Lath and Plate Martensite in Fe-Ni Alloys. Materials (2023)

Pascal ThomeMike SchneiderVictoria A. YardleyEric J. PaytonGunther Eggeler

Local Maxima in Martensite Start Temperatures in the Transition Region Between Lath and Plate Martensite in Fe-Ni Alloys. Materials (Basel, Switzerland) (2023)

nonferrous metalmartensite start temperaturesplate martensitemetalsalloy phasephase transitionsapplied physicsmaterials sciencelocal maximamicrostructuredeformationalloy designintermetallics

Microstructure and Deformation Behavior of Morew in the Temperature Range From 25°C to 1500°C. Materialia (2023)

O.N. SenkovS.I. RaoG.H. BalbusR. WheelerE.J. Payton

deformation behaviorcondensed matter physicsmaterials scienceapplied physicssolid mechanicstemperature rangemicrostructuremechanical engineering

Orientation Dependent Plasticity of the Refractory Multi-Principal Element Alloy Monbti Investigated via Micropillar Compression. Acta Materialia (2023)

G.H. BalbusS.I. RaoO.N. SenkovE.J. Payton

micropillar compressionadvanced materialsplasticitymaterials engineeringmechanical sciencematerials scienceapplied physicsorientation dependent plasticityalloy designmechanical engineering

A Heat Treatment to Produce a Coarse-α-Particle Size in Ti–6Al–4v. Metallurgical and Materials Transactions A (2022)

S. L. SemiatinN. C. LevkulichE. J. PaytonA. L. Pilchak

heat treatmentmaterials engineeringcoarse-a-particle sizematerials scienceheat treating

1
2
3
4
5
12
10 / page

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Alan Russell

Institution

Iowa State University

composite material

metallurgical system

Sammy Tin

Institution

University of Arizona

manufacturing

digital twinning

Iman Ghamarian

Institution

University of Oklahoma

manufacturing

directed energy deposition

Marie Charpagne

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engineering

alloy design

Emmanuelle Marquis

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materials science

microscopy

Darren Pagan

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data analytics

advanced manufacturing

Carl Boehlert

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composite material

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University of Illinois Urbana-Champaign

intermetallic

cryogenic materials

Roger Doherty

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materials science

mechanical engineering

Ibrahim Karaman

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