Faculty

Institution

Unit

Venue

David T. Fullwood

Professor

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Mechanical Engineering

David T. Fullwood is currently serving as an Ira A. Fulton College Of Engineering Professor at Brigham Young University.

Honors

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Experiences

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Education

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David T. Fullwood

Brigham Young University

Professor

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materials science mechanical engineering applied physics materials engineering engineering mechanics of materials nanotechnology advanced materials microstructure material research solid mechanics microscopy mechanical science composite science tribology plasticity nanocomposites mechanical behavior sensor technology microanalysis numerical simulations mechanical deformation steel research structural plasticity sensor design material modeling manufacturing science material properties metal processing additive manufacturing sport physical therapy composite technology metallurgical process metallurgical interaction exercise science magnesium alloys condensed matter friction movement analysis thermal engineering physiological measurements micromechanics material selection embedded sensing strain localization dislocation interaction microscopy methods severe plastic deformation orthopedic biomechanics performance optimization structure-property relations elevated temperatures reference patterns spectral representation springback behavior engineering science spectral theory ultrastructure surface characterization fragmentation effect electron microscopy microstructure-strength relationship manufacturing engineering material flow analysis sensor arrays oxidation resistance elastic behavior crystal plasticity modeling polycrystalline tantalum ebsd-based dislocation microscopy microstructure sensitive design microstructure reconstructions phase-recovery algorithms composite material system spectral interpolation face-centered cubic polycrystals material simulation computational materials science advanced composite material (engineering) dislocation mechanics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Austenite Residual Stress and Lath Martensite Variant Selection in Low Carbon Steels. Acta Materialia (2025)

Saurabh KumarNamit N. PaiSanjay MandaUjjal TewaryDavid T. FullwoodS.K. GiriSaurabh KunduS.V.S.N. MurtyC.R. AnoopI. Samajdar

composite materialsmechanical propertiesfibersaerospace engineeringmaterials sciencematerial researchmechanical engineeringresidual stressadvanced materialsmechanics of materialssteel researchtribologylow carbon steelshigh strength low alloy steeldeformationmultiprincipal element alloystructural steelmetalsstructural performance

Effect of Strain Path on Transformation Rates and Material Ductility in Transformation-Induced Plasticity-Assisted Advanced High-Strength Steel. Journal of Manufacturing and Materials Processing (2025)

Parker GibbsDerrik AdamsDavid T. FullwoodEric R. HomerAnil K. SachdevMichael P. Miles

composite materialsplasticitymaterials sciencematerial processingmaterial researchsevere plastic deformationnumerical simulationsmaterial ductilitymechanical engineeringadvanced materialsstrain pathmechanical behaviormechanics of materialsmechanical deformationengineeringsteel researchtransformation ratestribologystructural plasticitymetalsmicrostructure

Modeling Viscoelastic Behavior of Piezoresistive Nanocomposite Strain Gauges. Mechanics of Composite Materials (2025)

I. D. SorensenH. A. LeanyA. WonnacottE. E. BowdenA. E. BowdenU. MitchellD. T. Fullwood

composite materialsstressstrain analysisviscoelastic behaviormechanical performancemechanical behaviormechanics of materialsnanocompositesmechanicsmechanical engineeringmechanical deformation

Observation and Modeling of Strain Gradients in Aa6016 – Influence of Length-Scale, Microstructure, and Strain Path. Materials Characterization (2025)

Sarah G. SandersonSajjad Izadpanah NajmabadRishabh SharmaTyson NevilleAsher WebbMichael P. MilesMarko KnezevicDavid T. Fullwood

strain localizationmicrostructurestrain gradientsmaterials sciencematerial researchmaterial modelingcharacterization (materials science)

Analyzing and Modeling the Dynamic Electrical Characteristics of Nanocomposite Large-Range Strain Gauges. Sensors (2024)

Alex M. WonnacottAnton E. BowdenUlrike H. MitchellDavid T. Fullwood

mechanical propertiesnanomaterialsstressstrain analysisdynamic constitutive behaviorsensorsmechanical behaviormaterials sciencemechanics of materialstribologymicroelectronics reliabilitynanocompositesnanoscale modelingdynamic electrical characteristicsnumerical simulationselectrical engineeringnanotechnologymechanical engineering

Atomistic Simulations of Incident Dislocation Interactions With Nickel Grain Boundaries. Modelling and Simulation in Materials Science and Engineering (2024)

David E PageDavid T FullwoodRobert H WagonerEric R Homer

material simulationatomistic simulationsincident dislocation interactionsnickel grain boundariesmaterials sciencedislocation interactioncomputational materials sciencematerial modelingmodeling and simulationnumerical simulations

Damage Evolution and Ductile Fracture of Commercially-Pure Titanium Sheets Subjected to Simple Tension and Cyclic Bending Under Tension. Journal of Materials Research and Technology (2024)

Nicholas PitkinPhilip NoellDavid T. FullwoodMarko Knezevic

mechanical propertiescommercially-pure titanium sheetsdamage evolutionductile fracturematerials sciencesolid mechanicsmaterial researchmechanical engineeringmechanical behaviormechanical testingmaterial propertiesmechanics of materialsengineeringfracture mechanicsdamage mechanismtribologydeformationfrictionsurface tensionmetals

Development of Backstress Under Different Strain Paths in an Aluminum Alloy: Stress Dip Testing and Modeling. Metallurgical and Materials Transactions A (2024)

Asher WebbMd. Zahidul SarkarMichael P. MilesMarko KnezevicDavid T. Fullwood

stress dip testingstressstrain analysisaluminum alloydifferent strain pathsexperimental analysismechanical testingmaterials sciencemechanics of materialsmaterial researchdeformationnumerical simulationsmechanical engineering

Diffraction-Based Multiscale Residual Strain Measurements. Microscopy and Microanalysis (2024)

Namit PaiSanjay MandaBhargav SudhalkarBethany SyphusDavid FullwoodRené de KloeStuart WrightAnirban PatraIndradev Samajdar

biophysicssurface sciencemicroscopyresidual stressmicrofluidicsmicroanalysismicroscopy methodsbiomedical engineeringmaterials sciencescanning probe microscopynanotechnology

Effects of Geometry and Supporting Silicone Layers on the Performance of Conductive Composite High-Deflection Strain Gauges. Journal of Composites Science (2024)

Hailey E. JonesSpencer A. BakerJadyn J. ChristensenTyler HutchinsonHeather A. LeanyUlrike H. MitchellAnton E. BowdenDavid T. Fullwood

composite materialsmechanical propertiesstressstrain analysisfibersmaterials scienceelectrical engineeringmechanical engineeringadvanced materialssilicone layershigh strain ratemechanical behaviormechanics of materialsfiber-reinforced compositessmart materialstribologycomposite interfacecomposite sciencecomposite structurescomposite technology

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David T. Fullwood

Professor

Brigham Young University

Affiliations

Ira A. Fulton College of Engineering

Mechanical Engineering

David T. Fullwood is currently serving as an Ira A. Fulton College Of Engineering Professor 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

David T. Fullwood

Brigham Young University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Austenite Residual Stress and Lath Martensite Variant Selection in Low Carbon Steels. Acta Materialia (2025)

Saurabh KumarNamit N. PaiSanjay MandaUjjal TewaryDavid T. FullwoodS.K. GiriSaurabh KunduS.V.S.N. MurtyC.R. AnoopI. Samajdar

Parker GibbsDerrik AdamsDavid T. FullwoodEric R. HomerAnil K. SachdevMichael P. Miles

Modeling Viscoelastic Behavior of Piezoresistive Nanocomposite Strain Gauges. Mechanics of Composite Materials (2025)

I. D. SorensenH. A. LeanyA. WonnacottE. E. BowdenA. E. BowdenU. MitchellD. T. Fullwood

composite materialsstressstrain analysisviscoelastic behaviormechanical performancemechanical behaviormechanics of materialsnanocompositesmechanicsmechanical engineeringmechanical deformation

Observation and Modeling of Strain Gradients in Aa6016 – Influence of Length-Scale, Microstructure, and Strain Path. Materials Characterization (2025)

Sarah G. SandersonSajjad Izadpanah NajmabadRishabh SharmaTyson NevilleAsher WebbMichael P. MilesMarko KnezevicDavid T. Fullwood

strain localizationmicrostructurestrain gradientsmaterials sciencematerial researchmaterial modelingcharacterization (materials science)

Analyzing and Modeling the Dynamic Electrical Characteristics of Nanocomposite Large-Range Strain Gauges. Sensors (2024)

Alex M. WonnacottAnton E. BowdenUlrike H. MitchellDavid T. Fullwood

Atomistic Simulations of Incident Dislocation Interactions With Nickel Grain Boundaries. Modelling and Simulation in Materials Science and Engineering (2024)

David E PageDavid T FullwoodRobert H WagonerEric R Homer

Damage Evolution and Ductile Fracture of Commercially-Pure Titanium Sheets Subjected to Simple Tension and Cyclic Bending Under Tension. Journal of Materials Research and Technology (2024)

Nicholas PitkinPhilip NoellDavid T. FullwoodMarko Knezevic

Development of Backstress Under Different Strain Paths in an Aluminum Alloy: Stress Dip Testing and Modeling. Metallurgical and Materials Transactions A (2024)

Asher WebbMd. Zahidul SarkarMichael P. MilesMarko KnezevicDavid T. Fullwood

Diffraction-Based Multiscale Residual Strain Measurements. Microscopy and Microanalysis (2024)

Namit PaiSanjay MandaBhargav SudhalkarBethany SyphusDavid FullwoodRené de KloeStuart WrightAnirban PatraIndradev Samajdar

biophysicssurface sciencemicroscopyresidual stressmicrofluidicsmicroanalysismicroscopy methodsbiomedical engineeringmaterials sciencescanning probe microscopynanotechnology

Effects of Geometry and Supporting Silicone Layers on the Performance of Conductive Composite High-Deflection Strain Gauges. Journal of Composites Science (2024)

Hailey E. JonesSpencer A. BakerJadyn J. ChristensenTyler HutchinsonHeather A. LeanyUlrike H. MitchellAnton E. BowdenDavid T. Fullwood

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