Faculty

Institution

Unit

Venue

Oliver Johnson

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Mechanical Engineering

NoneOliver Johnson is currently serving as a Ira A. Fulton College Of Engineering faculty at Brigham Young University.

Honors

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Experiences

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Education

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Oliver Johnson

Brigham Young University

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materials science mechanical engineering materials engineering applied physics advanced materials material research engineering nanotechnology condensed matter physics computational materials science mechanics of materials nanomaterials crystallography material properties composite science numerical simulations mechanical science metallurgical interaction material systems sensor technology sensor design nanocomposites nanostructure synthesis texture analysis engineering design process geometric interpolation grain boundary networks crystallographic texture spectral graph theory condensed matter thermal engineering electronic materials membrane science composite structures electronics mathematical optimization large-scale simulations cryogenics diffusion-based modeling material flow analysis sensor applications metallurgical process metal processing nanoscale modeling nanotribology computational fabrication nanomechanics stereoscopic processing microanalysis device development development methodology human computation printed electronics material modeling structural identification local environment representation dimensionality reduction techniques simulated migration behavior classical equation non-arrhenius migration hydrogen diffusion borisov relationship individual boundary diffusion nickel nanocomposite arbitrary grain boundaries degree-of-freedom property interpolation effective property measurements multiscale model bayesian inference microstructure microstructure design material simulation manufacturing science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterizing Grain Boundary Network Length Features Through a Harmonic Representation. Materialia (2024)

Christopher W. AdairOliver K. Johnson

advanced materialsmaterial researchstructural identificationtopologymaterials engineeringtexture analysisharmonic representationmaterials scienceapplied physicsmicrostructurematerial modelingcharacterization (materials science)mechanical engineering

Data-Driven 2D Grain Growth Microstructure Prediction Using Deep Learning and Spectral Graph Theory. Computational Materials Science (2024)

José NiñoOliver K. Johnson

deep learningdata sciencespectral graph theorymicrostructurecomputational materials sciencecomputational science

Evolution of Crystallographic Texture and Grain Boundary Network Structure During Anisotropic Grain Growth. Computational Materials Science (2024)

José NiñoOliver K. Johnson

crystallographymaterials engineeringanisotropic grain growthmaterials sciencecrystallographic texturecomputational materials sciencemechanical engineering

Insights Into Factors That Affect Non-Arrhenius Migration of a Simulated Incoherent Σ3 Grain Boundary. Acta Materialia (2023)

Akarsh VermaOliver K. JohnsonGregory B. ThompsonIan ChesserShigenobu OgataEric R. Homer

advanced materialsmaterial researchmaterials engineeringmaterials sciencemechanics of materialsapplied physicsmicrostructuredeformationmechanical engineeringnon-arrhenius migration

Solute Influence in Transitions From Non-Arrhenius to Stick-Slip Arrhenius Grain Boundary Migration. Acta Materialia (2023)

Akarsh VermaOliver K. JohnsonGregory B. ThompsonShigenobu OgataEric R. Homer

solute influenceengineeringadvanced materialsmaterial systemsmaterials engineeringmaterials sciencemechanics of materialsmaterial researchthin filmsnanotechnologymechanical engineering

A Classical Equation That Accounts for Observations of Non-Arrhenius and Cryogenic Grain Boundary Migration. npj Computational Materials (2022)

Eric R. HomerOliver K. JohnsonDarcey BrittonJames E. PattersonEric T. SevyGregory B. Thompson

condensed matter physicscryogenicsmaterials scienceapplied physicsclassical equationcomputational materials sciencemechanical engineering

Computationally Efficient Barycentric Interpolation of Large Grain Boundary Octonion Point Sets. MethodsX (2022)

Sterling G. BairdEric R. HomerDavid T. FullwoodOliver K. Johnson

numerical analysismathematical optimizationapplied mathematicsgeometric interpolationformal methods

Influence of Grain Boundary Energy Anisotropy on the Evolution of Grain Boundary Network Structure During 3D Anisotropic Grain Growth. Computational Materials Science (2022)

José D. NiñoOliver K. Johnson

advanced materialsmaterials engineeringmaterials sciencematerial researchcomputational materials sciencemechanical engineering

Microstructure Design Using a Human Computation Game. Materialia (2022)

Christopher W. AdairHayley EvansEmily BeattyDerek L. HansenSeth HolladayOliver K. Johnson

human computation gamedesignmicrostructure designmaterials engineeringmaterials sciencehuman computationmechanical engineering

Simulated Migration Behavior of Metastable Σ3 (11 8 5) Incoherent Twin Grain Boundaries. IOP Conference Series Materials Science and Engineering (2022)

Eric R HomerAkarsh VermaDarcey BrittonOliver K. JohnsonGregory B. Thompson

advanced materialslarge-scale simulationsmaterials engineeringsimulated migration behaviorcondensed matter physicscondensed mattermaterials scienceapplied physicsmaterial researchcomputational materials sciencenumerical simulationsthin filmsmechanical engineering

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Oliver Johnson

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Mechanical Engineering

NoneOliver Johnson is currently serving as a Ira A. Fulton College Of Engineering faculty at Brigham Young 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

Oliver Johnson

Brigham Young University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterizing Grain Boundary Network Length Features Through a Harmonic Representation. Materialia (2024)

Christopher W. AdairOliver K. Johnson

Data-Driven 2D Grain Growth Microstructure Prediction Using Deep Learning and Spectral Graph Theory. Computational Materials Science (2024)

José NiñoOliver K. Johnson

deep learningdata sciencespectral graph theorymicrostructurecomputational materials sciencecomputational science

Evolution of Crystallographic Texture and Grain Boundary Network Structure During Anisotropic Grain Growth. Computational Materials Science (2024)

José NiñoOliver K. Johnson

crystallographymaterials engineeringanisotropic grain growthmaterials sciencecrystallographic texturecomputational materials sciencemechanical engineering

Insights Into Factors That Affect Non-Arrhenius Migration of a Simulated Incoherent Σ3 Grain Boundary. Acta Materialia (2023)

Akarsh VermaOliver K. JohnsonGregory B. ThompsonIan ChesserShigenobu OgataEric R. Homer

advanced materialsmaterial researchmaterials engineeringmaterials sciencemechanics of materialsapplied physicsmicrostructuredeformationmechanical engineeringnon-arrhenius migration

Solute Influence in Transitions From Non-Arrhenius to Stick-Slip Arrhenius Grain Boundary Migration. Acta Materialia (2023)

Akarsh VermaOliver K. JohnsonGregory B. ThompsonShigenobu OgataEric R. Homer

solute influenceengineeringadvanced materialsmaterial systemsmaterials engineeringmaterials sciencemechanics of materialsmaterial researchthin filmsnanotechnologymechanical engineering

A Classical Equation That Accounts for Observations of Non-Arrhenius and Cryogenic Grain Boundary Migration. npj Computational Materials (2022)

Eric R. HomerOliver K. JohnsonDarcey BrittonJames E. PattersonEric T. SevyGregory B. Thompson

condensed matter physicscryogenicsmaterials scienceapplied physicsclassical equationcomputational materials sciencemechanical engineering

Computationally Efficient Barycentric Interpolation of Large Grain Boundary Octonion Point Sets. MethodsX (2022)

Sterling G. BairdEric R. HomerDavid T. FullwoodOliver K. Johnson

numerical analysismathematical optimizationapplied mathematicsgeometric interpolationformal methods

Influence of Grain Boundary Energy Anisotropy on the Evolution of Grain Boundary Network Structure During 3D Anisotropic Grain Growth. Computational Materials Science (2022)

José D. NiñoOliver K. Johnson

advanced materialsmaterials engineeringmaterials sciencematerial researchcomputational materials sciencemechanical engineering

Microstructure Design Using a Human Computation Game. Materialia (2022)

Christopher W. AdairHayley EvansEmily BeattyDerek L. HansenSeth HolladayOliver K. Johnson

human computation gamedesignmicrostructure designmaterials engineeringmaterials sciencehuman computationmechanical engineering

Simulated Migration Behavior of Metastable Σ3 (11 8 5) Incoherent Twin Grain Boundaries. IOP Conference Series Materials Science and Engineering (2022)

Eric R HomerAkarsh VermaDarcey BrittonOliver K. JohnsonGregory B. Thompson

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Similar Faculty Members

David T. Fullwood

Institution

Brigham Young University

microstructure

material modeling

Naresh Thadhani

Institution

Georgia Institute of Technology

microstructure-strength relationship

deformation

Haitham El Kadiri

Institution

Mississippi State University

alloy phase

metal

Suveen Mathaudhu

Institution

University of California, Riverside

metals

materials processing

Arun Gokhale

Institution

Georgia Institute of Technology

composite material

deformation

Robert M. Suter

Institution

Carnegie Mellon University

defect fields

metal

Katharine Flores

Institution

Washington University in St. Louis

engineering

high-performance material

Yunzhi Wang

Institution

Ohio State University

nonferrous metal

phase transition

Krishna Muralidharan

Institution

University of Arizona

thermodynamics

engineering

Iman Ghamarian

Institution

University of Oklahoma

manufacturing

directed energy deposition