Faculty

Institution

Unit

Venue

Daniel Blair

Professor and Director of Graduate Studies Professor

Georgetown University

Affiliations

Georgetown University College of Arts & Sciences

Physics

Daniel Blair is currently serving as a Georgetown University College Of Arts & Sciences Professor and Director of Graduate Studies Professor at Georgetown University.

Honors

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Experiences

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Education

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Daniel Blair

Georgetown University

Professor and Director of Graduate Studies Professor

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materials science applied physics physics rheology condensed matter physics fluid dynamics biophysics soft matter vibrations condensed matter solid mechanics structural biology colloidal systems biomechanics interface science colloid chemistry suspension structure matrix biology protein science fluid flow fluid-solid interactions plasma science magnetic materials nanobiotechnology fragmentation effect shear thickening vibrated granular layer plasma chemistry plo biology bone research structural molecular biology vibration control friction membrane science fluid science biomedical circuits lightwave technology light science benchmark studies microrheology continuum modeling cluster science experimental biophysics medical biophysics macromolecular chemistry macromolecular science fiber science direct observation interfacial phenomena cell biomechanics instrument development electronic instrumentation analytical instrumentation instrumentation engineering instrument science active matter neutron scattering molecular kinetics ferromagnetism magnetoresistance chaos theory protein assembly three-dimensional granular assemblies interparticle friction force distributions frictional interactions shear thickening suspensions rheological signature vibrated granular rods crumpled paper velocity correlations dense granular gases everyday measurements protein-based physical hydrogels driven granular materials collision statistics biopolymer networks polymer testing glass transition complex matter soft matter physics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Precise and Accurate Speed Measurements in Rapidly Flowing Dense Suspensions. Frontiers in Physics (2024)

Esmaeel MoghimiDaniel L. BlairJeffrey S. Urbach

fluid dynamicsfluid mechanicsfluid flowflow measurementapplied physicsphysicsdense suspensionsaccurate speed measurements

Stress and Flow Inhomogeneity in Shear-Thickening Suspensions. Journal of Colloid and Interface Science (2024)

Esmaeel MoghimiJeffrey S UrbachDaniel L Blair

colloid chemistryfluid flowinterface sciencematerials scienceshear zonesmechanical engineeringinterface (matter)fluid mechanicshigh strain ratemultiphase flowsflow inhomogeneityfluid sciencemembrane sciencerheologyfrictionsurface tensionfluid dynamicsshear-thickening suspensionsapplied physicssuspension structure

Order and Density Fluctuations Near the Boundary in Sheared Dense Suspensions. Frontiers in Physics (2022)

Joia M. MillerDaniel L. BlairJeffrey S. Urbach

fluid dynamicssheared dense suspensionsdensity fluctuationsapplied physicsphysics

Structure of Propagating High-Stress Fronts in a Shear-Thickening Suspension. Proceedings of the National Academy of Sciences (2022)

Vikram RatheeJoia MillerDaniel L. BlairJeffrey S. Urbach

deformationshear-thickening suspensionapplied physicssolid mechanicsmaterials sciencestructural mechanicsphysicsrheologysuspension structuregeomechanicshigh-stress fronts

Dynamics and Memory of Boundary Stresses in Discontinuous Shear Thickening Suspensions During Oscillatory Shear. Soft Matter (2020)

Vikram RatheeDaniel L. BlairJeffrey S. Urbach

applied physicssoft matterboundary stresses

Localized Transient Jamming in Discontinuous Shear Thickening. Journal of Rheology (2020)

Vikram RatheeDaniel L. BlairJeffrey S. Urbach

rheologytransient jammingmaterials sciencediscontinuous shear thickening

Role of Particle Orientational Order During Shear Thickening in Suspensions of Colloidal Rods. Physical review. E (2020)

Vikram RatheeSrishti AroraDaniel L. BlairJeffrey S. UrbachA. K. SoodRajesh Ganapathy

colloidal rodscondensed matter physicsmaterials sciencemechanics of materialsapplied physicsphysicsparticle orientational order

Shear-Induced Gelation of Self-Yielding Active Networks. Physical Review Letters (2020)

David A. GagnonClaudia DessiJohn P. BerezneyRemi BorosDaniel T.-N. ChenZvonimir DogicDaniel L. Blair

biophysicsengineeringapplied physicsmechanics of materialsactive matterself-yielding active networksshear-induced gelation

Active Yielding in Extensile Active Gels. APS Division of Fluid Dynamics Meeting Abstracts (2019)

David GagnonClaudia DessiZvonimir DogicDaniel Blair

biophysicsactive yieldingfluid dynamicsapplied mathematicsfluid mechanicsextensile active gelsapplied physics

Contact Networks Enhance Shear Thickening in Attractive Colloid-Polymer Mixtures. Physical Review Letters (2019)

Nayoung ParkVikram RatheeDaniel L. BlairJacinta C. Conrad

colloid chemistryshear thickeningmaterials sciencemechanics of materialsapplied physicsrheology

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Daniel Blair

Professor and Director of Graduate Studies Professor

Georgetown University

Affiliations

Georgetown University College of Arts & Sciences

Physics

Daniel Blair is currently serving as a Georgetown University College Of Arts & Sciences Professor and Director of Graduate Studies Professor at Georgetown 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

Daniel Blair

Georgetown University

Professor and Director of Graduate Studies Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Precise and Accurate Speed Measurements in Rapidly Flowing Dense Suspensions. Frontiers in Physics (2024)

Esmaeel MoghimiDaniel L. BlairJeffrey S. Urbach

fluid dynamicsfluid mechanicsfluid flowflow measurementapplied physicsphysicsdense suspensionsaccurate speed measurements

Stress and Flow Inhomogeneity in Shear-Thickening Suspensions. Journal of Colloid and Interface Science (2024)

Esmaeel MoghimiJeffrey S UrbachDaniel L Blair

Order and Density Fluctuations Near the Boundary in Sheared Dense Suspensions. Frontiers in Physics (2022)

Joia M. MillerDaniel L. BlairJeffrey S. Urbach

fluid dynamicssheared dense suspensionsdensity fluctuationsapplied physicsphysics

Structure of Propagating High-Stress Fronts in a Shear-Thickening Suspension. Proceedings of the National Academy of Sciences (2022)

Vikram RatheeJoia MillerDaniel L. BlairJeffrey S. Urbach

deformationshear-thickening suspensionapplied physicssolid mechanicsmaterials sciencestructural mechanicsphysicsrheologysuspension structuregeomechanicshigh-stress fronts

Dynamics and Memory of Boundary Stresses in Discontinuous Shear Thickening Suspensions During Oscillatory Shear. Soft Matter (2020)

Vikram RatheeDaniel L. BlairJeffrey S. Urbach

applied physicssoft matterboundary stresses

Localized Transient Jamming in Discontinuous Shear Thickening. Journal of Rheology (2020)

Vikram RatheeDaniel L. BlairJeffrey S. Urbach

rheologytransient jammingmaterials sciencediscontinuous shear thickening

Role of Particle Orientational Order During Shear Thickening in Suspensions of Colloidal Rods. Physical review. E (2020)

Vikram RatheeSrishti AroraDaniel L. BlairJeffrey S. UrbachA. K. SoodRajesh Ganapathy

colloidal rodscondensed matter physicsmaterials sciencemechanics of materialsapplied physicsphysicsparticle orientational order

Shear-Induced Gelation of Self-Yielding Active Networks. Physical Review Letters (2020)

David A. GagnonClaudia DessiJohn P. BerezneyRemi BorosDaniel T.-N. ChenZvonimir DogicDaniel L. Blair

biophysicsengineeringapplied physicsmechanics of materialsactive matterself-yielding active networksshear-induced gelation

Active Yielding in Extensile Active Gels. APS Division of Fluid Dynamics Meeting Abstracts (2019)

David GagnonClaudia DessiZvonimir DogicDaniel Blair

biophysicsactive yieldingfluid dynamicsapplied mathematicsfluid mechanicsextensile active gelsapplied physics

Contact Networks Enhance Shear Thickening in Attractive Colloid-Polymer Mixtures. Physical Review Letters (2019)

Nayoung ParkVikram RatheeDaniel L. BlairJacinta C. Conrad

colloid chemistryshear thickeningmaterials sciencemechanics of materialsapplied physicsrheology

1
2
3
4
5
10 / page

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Similar Faculty Members

Emanuela Del Gado

Institution

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material simulation

composite interface

Peter Olmsted

Institution

Georgetown University

additive manufacturing

mechanical engineering

Jeffrey Urbach

Institution

Georgetown University

applied physics

materials science

Robert Leheny

Institution

Johns Hopkins University

materials science

applied physics

Zvonimir Dogic

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Brandeis University

dispersion science

particle shape

Zvonimir Dogic

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University of California, Santa Barbara

Jasna Brujic

Institution

New York University

experimental biophysics

protein science

John C. Crocker

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University of Pennsylvania

soft matter

materials science

Thomas G. Mason

Institution

University of California, Los Angeles

drug delivery

drug delivery system

Simon Rogers

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University of Illinois Urbana-Champaign

mechanical engineering

complex fluids