Faculty

Institution

Unit

Venue

Cass T. Miller

Okun Distinguished Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Applied Physical Sciences

Gillings School of Global Public Health

Environmental Sciences and Engineering

the Graduate School

Cass T. Miller is currently serving as an Applied Physical Sciences Okun Distinguished Professor at University of North Carolina At Chapel Hill.

Honors

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Experiences

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Education

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Cass T. Miller

University of North Carolina at Chapel Hill

Okun Distinguished Professor

You can click a keyword to filter the displayed items

environmental engineering materials science applied mathematics hydrology water resources fluid mechanics water science fluid dynamics environmental science porous media hydrogeology porous medium systems thermodynamics thermal engineering environmental remediation water technology water treatment numerical simulations membrane science hydraulic engineering hydrological modeling thermodynamic modelling geophysical research environmental technology mass transfer engineering thermodynamics fragmentation effect scientific computing wetting groundwater flow heterogeneous porous media interface science hydraulics experimental analysis thermal transport hydrological process membrane transport two-fluid-phase flow two-phase flow capillary pressure pore-scale modeling water resource management water process engineering fluid science environment technology hydrological sciences separation technology water analysis experimental investigation engineering optimization applied geochemistry hydroinformatics soil chemistry soil science ion exchange surface water nonaqueous phase liquids material chemistry comparative analysis subsurface hydrology surface chemistry surface reactivity pore structure membrane technology in-situ conversion water development indigenous peoples interface chemistry colloid chemistry colloidal systems mass transfer characteristics transport modeling porous media heterogeneity interfacial area optimal design pore-scale distributions engineering mechanical engineering soft matter computational science environmental physics applied mathematical modelling

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dilute Species Transport During Generalized Newtonian Fluid Flow in Porous Medium Systems. Water Resources Research (2025)

Christopher A. BowersCass T. Miller

porous medium systemsflow physicsnumerical simulationswater resourcesfluid flowfluid dynamicsenvironmental sciencefluid mechanicsecohydrologydilute specieshydrology

Water Transport Mechanisms During Pressure-Driven Transport Through Polyamide Nanogaps. Physics of Fluids (2025)

Riley VickersTimothy M. WeigandOrlando CoronellCass T. Miller

water transport mechanismsphysicsfluid flowfluid dynamicspolyamide nanogapsfluid mechanicspressure-driven transport

Analysis of ‘Investigating an Extended Multiphase Flow Model That Includes Specific Interfacial Area’, Computer Methods in Applied Mechanics and Engineering, 418: 116594, 2024. Computer Methods in Applied Mechanics and Engineering (2024)

William G. GrayCass T. Miller

computer sciencemultiphase flowsengineeringapplied mechanicscomputer methodsspecific interfacial areaapplied mathematicscomputational mechanics

Modeling Flow of Carreau Fluids in Porous Media. Physical review. E (2023)

Christopher A. BowersCass T. Miller

porous mediaphysicsrheologycarreau fluidsfluid mechanicsapplied mathematics

Toward a Potential Solution of the Crisis in Scholarly Publishing: An Academic Research Community Alliance Model. Journal of Scholarly Publishing (2023)

Cass T. MillerRebecca L. Rice

potential solutionjournalismscience and technology studiesscholarly publishing

A Modular Microfluidic Device That Uses Magnetically Actuatable Microposts for Enhanced Magnetic Bead-Based Workflows. Lab on a Chip (2022)

Olivia S. KaniesKatelyn R. KremerBrittany M. MasonMitchell G. DudleyJoseph M. HlavayCass T. MillerRichard Chasen SperoJay K. Fisher

actuatable micropostslaboratory automationlab-on-a-chipmechanical engineeringbiomedical engineeringmicrofluidicsmodular microfluidic device

Correction to: Modelling Sediment Transport in Three-Phase Surface Water Systems. Journal of Hydraulic Research (2022)

Cass T. MillerWilliam G. GrayChristopher E. KeesIryna V. RybakBrittany J. Shepherd

sediment transporthydraulic researchhydraulic engineeringfluid dynamicsenvironmental sciencemodelling sediment transportsurface watergeological modelingfluid mechanicsenvironmental engineeringhydraulicsecologyenvironmental modellinghydrologyhydrological modeling

On the Equations of Open Channel Flow. Journal of Hydraulic Research (2022)

William Guerin GrayCass Timothy Miller

open channel flowhydraulic researchhydraulic engineeringengineeringfluid dynamicsfluid mechanicsenvironmental engineeringhydraulicshydrologyapplied mathematics

Towards Understanding Factors Affecting Arsenic, Chromium, and Vanadium Mobility in the Subsurface. Water (2022)

Hannah R. PeelFatai O. BalogunChristopher A. BowersCass T. MillerChelsea S. ObeidyMatthew L. PolizzottoSadeya U. TashniaDavid S. VinsonOwen W. Duckworth

metal contaminationwater qualityearth sciencegeochemistrywater resourcesenvironmental scienceapplied geochemistrywater biologysurface watersurface analysisvanadium mobilitysurface chemistrywater sciencewater pollutionmarine chemistryhydrologymaterials science

A Continuum Mechanical Framework for Modeling Tumor Growth and Treatment in Two- and Three-Phase Systems. Archive of Applied Mechanics (2021)

Cass T. MillerWilliam G. GrayBernhard A. Schrefler

radiation oncologysystems modelingcontinuum mechanical frameworkthree-phase systemsbiomedical engineeringcancer growthtumor growthbiomedical modelingapplied physics

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Cass T. Miller

Okun Distinguished Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Applied Physical Sciences

Gillings School of Global Public Health

Environmental Sciences and Engineering

the Graduate School

Cass T. Miller is currently serving as an Applied Physical Sciences Okun Distinguished Professor at University of North Carolina At Chapel Hill.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Cass T. Miller

University of North Carolina at Chapel Hill

Okun Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dilute Species Transport During Generalized Newtonian Fluid Flow in Porous Medium Systems. Water Resources Research (2025)

Christopher A. BowersCass T. Miller

porous medium systemsflow physicsnumerical simulationswater resourcesfluid flowfluid dynamicsenvironmental sciencefluid mechanicsecohydrologydilute specieshydrology

Water Transport Mechanisms During Pressure-Driven Transport Through Polyamide Nanogaps. Physics of Fluids (2025)

Riley VickersTimothy M. WeigandOrlando CoronellCass T. Miller

water transport mechanismsphysicsfluid flowfluid dynamicspolyamide nanogapsfluid mechanicspressure-driven transport

William G. GrayCass T. Miller

computer sciencemultiphase flowsengineeringapplied mechanicscomputer methodsspecific interfacial areaapplied mathematicscomputational mechanics

Modeling Flow of Carreau Fluids in Porous Media. Physical review. E (2023)

Christopher A. BowersCass T. Miller

porous mediaphysicsrheologycarreau fluidsfluid mechanicsapplied mathematics

Toward a Potential Solution of the Crisis in Scholarly Publishing: An Academic Research Community Alliance Model. Journal of Scholarly Publishing (2023)

Cass T. MillerRebecca L. Rice

potential solutionjournalismscience and technology studiesscholarly publishing

A Modular Microfluidic Device That Uses Magnetically Actuatable Microposts for Enhanced Magnetic Bead-Based Workflows. Lab on a Chip (2022)

Olivia S. KaniesKatelyn R. KremerBrittany M. MasonMitchell G. DudleyJoseph M. HlavayCass T. MillerRichard Chasen SperoJay K. Fisher

actuatable micropostslaboratory automationlab-on-a-chipmechanical engineeringbiomedical engineeringmicrofluidicsmodular microfluidic device

Correction to: Modelling Sediment Transport in Three-Phase Surface Water Systems. Journal of Hydraulic Research (2022)

Cass T. MillerWilliam G. GrayChristopher E. KeesIryna V. RybakBrittany J. Shepherd

On the Equations of Open Channel Flow. Journal of Hydraulic Research (2022)

William Guerin GrayCass Timothy Miller

open channel flowhydraulic researchhydraulic engineeringengineeringfluid dynamicsfluid mechanicsenvironmental engineeringhydraulicshydrologyapplied mathematics

Towards Understanding Factors Affecting Arsenic, Chromium, and Vanadium Mobility in the Subsurface. Water (2022)

Hannah R. PeelFatai O. BalogunChristopher A. BowersCass T. MillerChelsea S. ObeidyMatthew L. PolizzottoSadeya U. TashniaDavid S. VinsonOwen W. Duckworth

A Continuum Mechanical Framework for Modeling Tumor Growth and Treatment in Two- and Three-Phase Systems. Archive of Applied Mechanics (2021)

Cass T. MillerWilliam G. GrayBernhard A. Schrefler

radiation oncologysystems modelingcontinuum mechanical frameworkthree-phase systemsbiomedical engineeringcancer growthtumor growthbiomedical modelingapplied physics

1
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10 / page

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Similar Faculty Members

William Gray

Institution

University of North Carolina at Chapel Hill

applied mathematics

environmental engineering

Ruben Juanes

Institution

Massachusetts Institute of Technology

materials science

applied physics

Linda Abriola

Institution

Tufts University

Diogo Bolster

Institution

University of Notre Dame

environmental engineering

hydraulic research

Yong Zhang

Institution

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hydrogeology

Frank Schwartz

Institution

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hydrogeology

groundwater hydrogeochemistry

Hamdi Tchelepi

Institution

Stanford University

applied mathematics

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Marcel G. Schaap

Institution

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hydrogeology

soil dynamic

Kurt Pennell

Institution

Brown University

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environmental toxicology

Qinhong 'Max' Hu

Institution

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fluid flow

hydrogeology