Faculty

Institution

Unit

Venue

Christopher Schuh

Dean John G Searle Professor of Materials Science and Engineering

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Materials Science and Engineering

Christopher Schuh is currently serving as a Materials Science And Engineering Dean John G Searle Professor of Materials Science and Engineering at Northwestern University.

Honors

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Experiences

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Education

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Christopher Schuh

Northwestern University

Dean John G Searle Professor of Materials Science and Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D Tomography Insights on Particle-Particle Bonding in Cold Spray. Materialia (2026)

cold sprayinterface scienceparticle technologyparticle methodsfluid sciencebiophysicsmaterials sciencethermal spray coatingcomplex fluidsdispersion science

Abnormal Tabor Factor in Ultra-High Strain Rate Indentation Testing. Acta Materialia (2026)

experimental mechanicsmechanical testingmechanical engineeringstressstrain analysishigh strain ratemechanical sciencedeformationengineeringabnormal tabor factormechanics of materialsfracture mechanicsplasticitymechanical properties

A Spectral-Model Analysis of Grain Boundary Segregation in Cu-Ni Alloys: Roles of Enthalpy, Entropy, and Statistical Coupling. SSRN Electronic Journal (2026)

metalsstatistical couplinginterface (matter)alloy phasethermodynamicsgrain boundary segregationcu-ni alloysmetallurgical interactionmaterials scienceintermetallicsapplied physics

Crossing From Thermally Activated to Drag-Controlled Plasticity in Mild Steel as Strain Rate Increases. Acta Materialia (2026)

structural materialsdrag-controlled plasticitymechanical engineeringthermal engineeringhigh strain ratesteel researchmechanical sciencedeformationengineeringstrain rate increasesmechanics of materialsmaterials sciencemild steelthermomechanical processingplasticitymechanical properties

Kinetic Pathways for Joining Metallurgically Incompatible Metals. Nature Reviews Materials (2026)

kinetic pathwaysmetalsmetallurgical systemchemical reaction engineeringchemical kineticsnonferrous metaltransition metal chemistrychemical engineeringmetallurgical interaction

Modelling Plastic Impacts Between Microparticles and Substrates With Mismatched Material Properties. International Journal of Mechanical Sciences (2026)

microstructureplastic impactsmechanical engineeringmismatched material propertiesmaterial modelingcomposite interfacemechanical behaviormicromechanicsmechanics of materialsmanufacturing sciencematerials scienceplasticitydispersion sciencemechanical properties

OVERVIEW: The Spectral Model of Grain Boundary Segregation. Acta Materialia (2026)

spectral modelgrain storagediffusiontransport phenomenastatistical mechanicsengineeringmultiscale modelingstatistical physics

Spatial Distributions of Grain Boundary Segregation – a Combined Atom Probe and Atomistic Simulation Study. Acta Materialia (2026)

physicsmicrostructurecomputational materials sciencespatial distributionsdiffusioninterface (matter)transport phenomenachemical physicsgrain boundary segregationatomic physicsmaterials sciencecombined atom probeapplied physics

The Seville Synthesis: Unifying Disciplines to Tackle Global Challenges. Matter (2026)

latin american researchinformation architecturespanishlatinseville synthesis

Why Does Re Anti-Segregate From the Grain Boundaries in Ni?. Research Square (2026)

microstructuregrain boundariesapplied physicsmaterials scienceintermetallicsmetallurgical interaction

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Christopher Schuh

Dean John G Searle Professor of Materials Science and Engineering

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Materials Science and Engineering

Christopher Schuh is currently serving as a Materials Science And Engineering Dean John G Searle Professor of Materials Science and Engineering at Northwestern 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

Christopher Schuh

Northwestern University

Dean John G Searle Professor of Materials Science and Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D Tomography Insights on Particle-Particle Bonding in Cold Spray. Materialia (2026)

cold sprayinterface scienceparticle technologyparticle methodsfluid sciencebiophysicsmaterials sciencethermal spray coatingcomplex fluidsdispersion science

Abnormal Tabor Factor in Ultra-High Strain Rate Indentation Testing. Acta Materialia (2026)

A Spectral-Model Analysis of Grain Boundary Segregation in Cu-Ni Alloys: Roles of Enthalpy, Entropy, and Statistical Coupling. SSRN Electronic Journal (2026)

metalsstatistical couplinginterface (matter)alloy phasethermodynamicsgrain boundary segregationcu-ni alloysmetallurgical interactionmaterials scienceintermetallicsapplied physics

Crossing From Thermally Activated to Drag-Controlled Plasticity in Mild Steel as Strain Rate Increases. Acta Materialia (2026)

Kinetic Pathways for Joining Metallurgically Incompatible Metals. Nature Reviews Materials (2026)

kinetic pathwaysmetalsmetallurgical systemchemical reaction engineeringchemical kineticsnonferrous metaltransition metal chemistrychemical engineeringmetallurgical interaction

Modelling Plastic Impacts Between Microparticles and Substrates With Mismatched Material Properties. International Journal of Mechanical Sciences (2026)

OVERVIEW: The Spectral Model of Grain Boundary Segregation. Acta Materialia (2026)

spectral modelgrain storagediffusiontransport phenomenastatistical mechanicsengineeringmultiscale modelingstatistical physics

Spatial Distributions of Grain Boundary Segregation – a Combined Atom Probe and Atomistic Simulation Study. Acta Materialia (2026)

The Seville Synthesis: Unifying Disciplines to Tackle Global Challenges. Matter (2026)

latin american researchinformation architecturespanishlatinseville synthesis

Why Does Re Anti-Segregate From the Grain Boundaries in Ni?. Research Square (2026)

microstructuregrain boundariesapplied physicsmaterials scienceintermetallicsmetallurgical interaction

1
2
3
4
5
40
10 / page

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Similar Faculty Members

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materials science

mechanical engineering

Kenneth Vecchio

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University of California, San Diego

calphad methodologies

advanced materials

Rishi Raj

Institution

University of Colorado Boulder

sintering

ceramic

William Nix

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metal

material performance

Tresa Pollock

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materials science

mechanical engineering

David Seidman

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materials science

applied physics

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Jian Luo

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advanced materials

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ceramic