Faculty

Institution

Unit

Venue

Matthew Peter Miller

Professor Willis H Carrier Professor in Engineering

Cornell University

Affiliations

College of Engineering

School of Mechanical and Aerospace Engineering

Matthew Peter Miller is currently serving as a College Of Engineering Professor Willis H Carrier Professor in Engineering at Cornell University.

Honors

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Experiences

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Education

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Matthew Peter Miller

Cornell University

Professor Willis H Carrier Professor in Engineering

You can click a keyword to filter the displayed items

mechanics of materials mechanical engineering materials science deformation solid mechanics microstructure fracture mechanics mechanical science applied physics engineering mechanical testing mechanical deformation mechanical properties stressstrain analysis strain localization microstructure-strength relationship severe plastic deformation crystal research metals mechanical behavior mechanics plasticity x-ray diffraction intermetallics low-cycle fatigue material research work hardening crystal growth steel research residual stress numerical simulations friction nonferrous metal superalloys elasticity (physics) alloy phase dynamic constitutive behavior tribology high strain rate multiscale mechanic high-energy x-ray diffraction microcrack propagation engineering structures structural optimization computational imaging yield (engineering) material modeling alloy design dislocation interaction aa 7050 engineering geology damage evolution high-rate loading x-ray spectroscopy material simulation deformation reconstruction x-ray optics metallography slide dynamic stainless steel orientation distribution function cyclic loading lattice strains lattice strain uncertainty polycrystalline solids reverse yield experiments internal variable evolution microscopy methods thermomechanical analysis magnesium-based composite x-ray crystallography orientation indexing sequential indexing lattice refinement high-energy diffraction microscopy solder alloys advanced manufacturing technologies computational mechanics computational materials science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Subsurface Microstructure Effects on Surface Resolved Slip Activity. Journal of the Mechanics and Physics of Solids (2025)

Jonathan M. HestrofferJean-Charles StinvilleMarie-Agathe CharpagneMatthew P. MillerTresa M. PollockIrene J. Beyerlein

surface scienceengineering geologyslide dynamicapplied physicsmicrostructuredeformationsubsurface microstructure effectsfrictionrock mechanics

Role of Microstructure on the Development of Local Orientation Gradients in Polycrystals. Journal of Materials Research and Technology (2024)

Behnam AhmadikiaDalton ShadleJean-Charles StinvilleKelly E. NygrenM. Arul KumarTresa M. PollockMatthew P. MillerIrene J. Beyerlein

local orientation gradientsstrain localizationcrystal researchslip localizationplasticitymechanical scienceapplied physicsmechanics of materialsmaterials sciencesolid mechanicsmicrostructuredeformationmicrostructure-strength relationshipslip localizationssevere plastic deformationmechanical engineeringmechanical deformation

Surface—Subsurface Grain Structure Relationships. Acta Materialia (2024)

Jonathan M. HestrofferJean-Charles StinvilleMarie-Agathe CharpagneMatthew P. MillerTresa M. PollockIrene J. Beyerlein

surface scienceinterface (matter)surface reconstructioninterface sciencematerials sciencemicrostructuredeformationcrystal growthgranular materials

Integrating In-Situ Multi-Modal Characterizations With Signatures to Investigate Localized Deformation. Materials Characterization (2023)

D.J. ShadleK.E. NygrenJ.C. StinvilleM.A. CharpagneT.J.H. LongM.P. EchlinC.J. BudrowA.T. PolonskyT.M. PollockI.J. BeyerleinM.P. Miller

deformation reconstructionstrain localizationlocalized deformationmodal analysismechanics of materialsphysicsdeformationmechanicsmechanical engineeringmechanical deformation

Slip Localization Behavior at Triple Junctions in Nickel-Base Superalloys. Acta Materialia (2023)

Jonathan M. HestrofferJean-Charles StinvilleMarie-Agathe CharpagneMatthew P. MillerTresa M. PollockIrene J. Beyerlein

nonferrous metalslip localization behaviorsuperalloysmetalsapplied physicsmicrostructureintermetallics

Bringing to Life a Newly Discovered Signature of Fatigue Crack Initiation via Multimodal Characterizations. Research Square (2022)

Dalton ShadleKelly NygrenJean StinvilleMarie CharpagneTimothy LongMcLean EchlinChristopher BudrowAndrew PolonskyTresa PollockMatthew Miller

crack formationmaterial researchstrain localizationcrack initiation potentialmetalsfracture mechanicscrack initiationapplied physicsmechanics of materialsmaterials sciencemicrostructure-strength relationshipmicrostructuredeformationfatigue crack initiationdynamic crack propagationmechanical engineeringlow-cycle fatigue

Development of Grain-Scale Slip Activity and Lattice Rotation Fields in Inconel 718. Acta Materialia (2022)

Jonathan M. HestrofferMarat I. LatypovJean-Charles StinvilleMarie-Agathe CharpagneValery ValleMatthew P. MillerTresa M. PollockIrene J. Beyerlein

grain-scale slip activitymechanical propertiescrystal researchsevere plastic deformationlattice rotation fieldsinconel 718applied physicsmechanics of materialsmaterials sciencesolid mechanicsmicrostructuredeformationcrystal growthmicrostructure-strength relationshipdislocation interactionfrictionintermetallicsmechanical engineering

Multi-Modal Dataset of a Polycrystalline Metallic Material: 3d Microstructure and Deformation Fields. Scientific Data (2022)

J. C. StinvilleJ. M. HestrofferM. A. CharpagneA. T. PolonskyM. P. EchlinC. J. TorbetV. ValleK. E. NygrenM. P. MillerO. KlaasA. LoghinI. J. BeyerleinT. M. Pollock

engineeringmechanical propertiesadditive manufacturingmultiscale mechanicmulti-modal datasetmechanical sciencematerials sciencemechanics of materialsdeformation fieldspolycrystalline metallic materialmicrostructuredeformationnumerical simulationsmechanical engineeringmechanical deformation

Quantifying Dynamic Signal Spread in Real-Time High-Energy X-Ray Diffraction. Integrating materials and manufacturing innovation (2022)

Daniel P. BancoEric MillerArmand BeaudoinMatthew P. MillerKamalika Chatterjee

dynamic signal spreadcrystallographyplasticitydeformationmetalscomputational imagingfracture mechanicssignal spreadx-ray diffractionapplied physicsmaterials sciencesolid mechanicsphysicsmicrostructurecomputational materials scienceplastic deformationsevere plastic deformationcharacterization (materials science)

Using Real-Time Data Analysis to Conduct Next-Generation Synchrotron Fatigue Studies. International Journal of Fatigue (2022)

D.J. ShadleM.P. MillerK.E. Nygren

systems engineeringstructural health monitoringdata sciencecomputer engineeringphysiological measurementsanalyticstime seriesreliability engineeringfatigue managementreal-time data analysislow-cycle fatigue

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Matthew Peter Miller

Professor Willis H Carrier Professor in Engineering

Cornell University

Affiliations

College of Engineering

School of Mechanical and Aerospace Engineering

Matthew Peter Miller is currently serving as a College Of Engineering Professor Willis H Carrier Professor in Engineering at Cornell 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

Matthew Peter Miller

Cornell University

Professor Willis H Carrier Professor in Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Subsurface Microstructure Effects on Surface Resolved Slip Activity. Journal of the Mechanics and Physics of Solids (2025)

Jonathan M. HestrofferJean-Charles StinvilleMarie-Agathe CharpagneMatthew P. MillerTresa M. PollockIrene J. Beyerlein

surface scienceengineering geologyslide dynamicapplied physicsmicrostructuredeformationsubsurface microstructure effectsfrictionrock mechanics

Role of Microstructure on the Development of Local Orientation Gradients in Polycrystals. Journal of Materials Research and Technology (2024)

Behnam AhmadikiaDalton ShadleJean-Charles StinvilleKelly E. NygrenM. Arul KumarTresa M. PollockMatthew P. MillerIrene J. Beyerlein

Surface—Subsurface Grain Structure Relationships. Acta Materialia (2024)

Jonathan M. HestrofferJean-Charles StinvilleMarie-Agathe CharpagneMatthew P. MillerTresa M. PollockIrene J. Beyerlein

surface scienceinterface (matter)surface reconstructioninterface sciencematerials sciencemicrostructuredeformationcrystal growthgranular materials

Integrating In-Situ Multi-Modal Characterizations With Signatures to Investigate Localized Deformation. Materials Characterization (2023)

D.J. ShadleK.E. NygrenJ.C. StinvilleM.A. CharpagneT.J.H. LongM.P. EchlinC.J. BudrowA.T. PolonskyT.M. PollockI.J. BeyerleinM.P. Miller

deformation reconstructionstrain localizationlocalized deformationmodal analysismechanics of materialsphysicsdeformationmechanicsmechanical engineeringmechanical deformation

Slip Localization Behavior at Triple Junctions in Nickel-Base Superalloys. Acta Materialia (2023)

Jonathan M. HestrofferJean-Charles StinvilleMarie-Agathe CharpagneMatthew P. MillerTresa M. PollockIrene J. Beyerlein

nonferrous metalslip localization behaviorsuperalloysmetalsapplied physicsmicrostructureintermetallics

Bringing to Life a Newly Discovered Signature of Fatigue Crack Initiation via Multimodal Characterizations. Research Square (2022)

Dalton ShadleKelly NygrenJean StinvilleMarie CharpagneTimothy LongMcLean EchlinChristopher BudrowAndrew PolonskyTresa PollockMatthew Miller

Development of Grain-Scale Slip Activity and Lattice Rotation Fields in Inconel 718. Acta Materialia (2022)

Jonathan M. HestrofferMarat I. LatypovJean-Charles StinvilleMarie-Agathe CharpagneValery ValleMatthew P. MillerTresa M. PollockIrene J. Beyerlein

Multi-Modal Dataset of a Polycrystalline Metallic Material: 3d Microstructure and Deformation Fields. Scientific Data (2022)

J. C. StinvilleJ. M. HestrofferM. A. CharpagneA. T. PolonskyM. P. EchlinC. J. TorbetV. ValleK. E. NygrenM. P. MillerO. KlaasA. LoghinI. J. BeyerleinT. M. Pollock

Quantifying Dynamic Signal Spread in Real-Time High-Energy X-Ray Diffraction. Integrating materials and manufacturing innovation (2022)

Daniel P. BancoEric MillerArmand BeaudoinMatthew P. MillerKamalika Chatterjee

Using Real-Time Data Analysis to Conduct Next-Generation Synchrotron Fatigue Studies. International Journal of Fatigue (2022)

D.J. ShadleM.P. MillerK.E. Nygren

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5
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10 / page

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