Faculty

Institution

Unit

Venue

Ted Brzinski

Haverford College

Affiliations

The Marian E. Koshland Integrated Natural Sciences Center

Department of Astronomy

Haverford College

NoneTed Brzinski is currently serving as a Astronomy faculty at Haverford College.

Honors

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Experiences

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Education

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Ted Brzinski

Haverford College

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applied physics materials science physics geomechanics mechanical engineering fluid mechanics solid mechanics fluid dynamics mechanics sedimentation dispersion science tribology engineering acoustic physical acoustics failure prediction passive acoustic measurements geotechnical engineering soft matter instrumentation material research advanced functional materials fluid science fluid flow entropy condensed matter hydraulics elasticity (physics) negative-index metamaterial dynamic metamaterials origami metamaterials electromagnetic metamaterials particle-laden flows rarefied flow granular medium particle methods fragmentation effect dispersion failure detection physic of failure failover emulsions force chains granular matter air-moderated granular bed drag force excited vibrational modes jammed solids force networks laser-cut leaf springs measuring boundary forces granular rheology sheared granular materials acoustic measurements annular sector particles active metamaterials granular drag

Notable Scholarly Works

Notable Federal Grants

Collaborators

EDITORIAL: Dsnp Dissertation Award 2025 – Pushing the Limits of Active Metamaterials. Physical review. E (2026)

functional materialsmaterials sciencedynamic metamaterialsadvanced functional materialsmaterial researchnegative-index metamaterialactive metamaterialsorigami metamaterialssmart materialselectromagnetic metamaterialsmetamaterialsapplied physicsengineering

Properties of Packings and Dispersions of Superellipse Sector Particles. Physical review. E (2024)

John ColtLucas NelsonSykes CargileTed BrzinskiScott V. Franklin

physicsparticle physicssuperellipse sector particlesdiffusionfragmentation effectdispersion scienceapplied physicsdispersion

Jammed Solids With Pins: Thresholds, Force Networks, and Elasticity. Physical review. E (2022)

Andy L. ZhangSean A. RidoutCelia PartsAarushi SachdevaCacey S. BesterKatharina Vollmayr-LeeBrian C. UtterTed BrzinskiAmy L. Graves

materials scienceelasticity (physics)mechanical engineeringforce networksmechanicssolid mechanicsapplied physicsjammed solids

Packings of Superellipse Sector Particles. Bulletin of the American Physical Society (2021)

Sykes CargileKellianne KornickScott FranklinTed Brzinski

particle methodsparticle physicssuperellipse sector particlescondensed matter physicsapplied physics

Using Passive Acoustics to Monitor Impending Failure in a Sheared Granular Material. AGU Fall Meeting Abstracts (2020)

T. BrzinskiK. Daniels

materials scienceimpending failuremechanical engineeringsheared granular materialapplied physicspassive acousticsgranular materials

2D Shear of Granular Annular Sector Particles (Asps). Bulletin of the American Physical Society (2019)

Scott FranklinElyse RoodTheodore BrzinskiSykes Cargile

applied physicssolid mechanicsengineering

Dimerization of Annular Sector Particles. Bulletin of the American Physical Society (2019)

Elyse RoodScott FranklinTheodore BrzinskiSykes Cargile

materials scienceatomic physicsparticle physicscondensed matter physicsnanotechnologyannular sector particles

Enlightening Force Chains: A Review of Photoelasticimetry in Granular Matter. Granular Matter (2019)

Aghil Abed ZadehJonathan BarésTheodore A. BrzinskiKaren E. DanielsJoshua DijksmanNicolas DocquierHenry O. EverittJonathan E. KollmerOlivier LantsoghtDong WangMarcel WorkampYiqiu ZhaoHu Zheng

granular mattermaterials sciencegeomechanicsapplied physicsforce chains

Nonlocal Rheology of a Dense Granular Flow in Annular Shear Experiments. APS March Meeting Abstracts (2019)

Karen DanielsZhu TangTheodore BrzinskiMichael Shearer

dense granular flownonlocal rheologyannular shear experimentsrheologyapplied physics

Touch Down of a Sphere in Viscoelastic Media. APS Division of Fluid Dynamics Meeting Abstracts (2019)

Shaun FedrickTheodore BrzinskiPaulo Arratia

fluid dynamicssolid mechanicsviscoelastic mediafluid mechanicsapplied physics

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Ted Brzinski

Haverford College

Affiliations

The Marian E. Koshland Integrated Natural Sciences Center

Department of Astronomy

Haverford College

NoneTed Brzinski is currently serving as a Astronomy faculty at Haverford College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ted Brzinski

Haverford College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

EDITORIAL: Dsnp Dissertation Award 2025 – Pushing the Limits of Active Metamaterials. Physical review. E (2026)

Properties of Packings and Dispersions of Superellipse Sector Particles. Physical review. E (2024)

John ColtLucas NelsonSykes CargileTed BrzinskiScott V. Franklin

physicsparticle physicssuperellipse sector particlesdiffusionfragmentation effectdispersion scienceapplied physicsdispersion

Jammed Solids With Pins: Thresholds, Force Networks, and Elasticity. Physical review. E (2022)

Andy L. ZhangSean A. RidoutCelia PartsAarushi SachdevaCacey S. BesterKatharina Vollmayr-LeeBrian C. UtterTed BrzinskiAmy L. Graves

materials scienceelasticity (physics)mechanical engineeringforce networksmechanicssolid mechanicsapplied physicsjammed solids

Packings of Superellipse Sector Particles. Bulletin of the American Physical Society (2021)

Sykes CargileKellianne KornickScott FranklinTed Brzinski

particle methodsparticle physicssuperellipse sector particlescondensed matter physicsapplied physics

Using Passive Acoustics to Monitor Impending Failure in a Sheared Granular Material. AGU Fall Meeting Abstracts (2020)

T. BrzinskiK. Daniels

materials scienceimpending failuremechanical engineeringsheared granular materialapplied physicspassive acousticsgranular materials

2D Shear of Granular Annular Sector Particles (Asps). Bulletin of the American Physical Society (2019)

Scott FranklinElyse RoodTheodore BrzinskiSykes Cargile

applied physicssolid mechanicsengineering

Dimerization of Annular Sector Particles. Bulletin of the American Physical Society (2019)

Elyse RoodScott FranklinTheodore BrzinskiSykes Cargile

materials scienceatomic physicsparticle physicscondensed matter physicsnanotechnologyannular sector particles

Enlightening Force Chains: A Review of Photoelasticimetry in Granular Matter. Granular Matter (2019)

Aghil Abed ZadehJonathan BarésTheodore A. BrzinskiKaren E. DanielsJoshua DijksmanNicolas DocquierHenry O. EverittJonathan E. KollmerOlivier LantsoghtDong WangMarcel WorkampYiqiu ZhaoHu Zheng

granular mattermaterials sciencegeomechanicsapplied physicsforce chains

Nonlocal Rheology of a Dense Granular Flow in Annular Shear Experiments. APS March Meeting Abstracts (2019)

Karen DanielsZhu TangTheodore BrzinskiMichael Shearer

dense granular flownonlocal rheologyannular shear experimentsrheologyapplied physics

Touch Down of a Sphere in Viscoelastic Media. APS Division of Fluid Dynamics Meeting Abstracts (2019)

Shaun FedrickTheodore BrzinskiPaulo Arratia

fluid dynamicssolid mechanicsviscoelastic mediafluid mechanicsapplied physics

1
2
3
10 / page