Faculty

Institution

Unit

Venue

Kevin Seavey

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

NoneKevin Seavey is currently serving as a Chemical Engineering faculty at Virginia Tech.

Honors

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Experiences

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Education

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Kevin Seavey

Virginia Tech

You can click a keyword to filter the displayed items

materials science engineering industrial engineering chemical engineering manufacturing polymer science dynamic modeling modeling and simulation product design industrial chemistry polymer engineering process engineering manufacturing engineering production engineering material simulation material modeling applied mathematics informatics thermodynamics materials engineering scientific computing databases manufacturing technology numerical simulations process design phase equilibrium mass transfer leaching cosmo-based thermodynamic methods sigma-profile database stirred-bed reactors linear polymers molecular weight distribution solid-state polymerization cheminform abstract fundamental process modeling solid state polymerization enthalpy calculations future challenges polymerization process modeling

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cheminform Abstract: Fundamental Process Modeling and Product Design for the Solid State Polymerization of Polyamide 6 and Poly(Ethylene Terephthalate). ChemInform (2010)

Kevin C. SeaveyY. A. Liu

solid state polymerizationmaterials sciencepolymer sciencefundamental process modelingcheminform abstract

Enthalpy Calculations. (2008)

Kevin C. SeaveyY. A. Liu

enthalpy calculationsmaterials sciencematerials engineering

Multiscale Modeling of a Nylon‐6 Leacher. (2008)

Kevin C. SeaveyY. A. Liu

leachingmultiscale modelingmaterials sciencemechanical engineering

Recent Achievements and Future Challenges of Polymerization Process Modeling and Product Design. (2008)

Kevin C. SeaveyY. A. Liu

future challengesmaterials sciencepolymerization process modelingproduct design

Sigma-Profile Database for Using Cosmo-Based Thermodynamic Methods. Industrial & Engineering Chemistry Research (2006)

Eric MullinsRichard OldlandY. A. LiuShu WangStanley I. SandlerChau-Chyun ChenMichael ZwolakKevin C. Seavey

scientific computingengineeringindustrial engineeringdatabasesinformaticsthermodynamicsindustrial chemistrysigma-profile databasematerials sciencecosmo-based thermodynamic methodschemical engineering

Steady-State and Dynamic Modeling for New Product Design for the Solid-State Polymerization of Poly(Ethylene Terephthalate). Industrial & Engineering Chemistry Research (2006)

Bruce LucasKevin C. SeaveyY. A. Liu

product designindustrial engineeringengineeringpolymer engineeringmaterials sciencepolymer sciencesolid-state polymerizationdynamic modelingchemical engineering

New Mass-Transfer Model for Simulating Industrial Nylon-6 Production Trains. Industrial & Engineering Chemistry Research (2004)

Kevin C. SeaveyY. A. LiuBruce LucasNeeraj P. KhareTom LeeJason PettreyThomas N. WilliamsJohn MattsonEarl SchoenbornCharles LarkinHarry HuChau-Chyun Chen

mass transferindustrial engineeringengineeringmaterial simulationproduction engineeringmaterials sciencematerial modelingmodeling and simulationmanufacturing

Steady-State and Dynamic Modeling of Gas-Phase Polypropylene Processes Using Stirred-Bed Reactors. Industrial & Engineering Chemistry Research (2004)

Neeraj P. KhareBruce LucasKevin C. SeaveyY. A. LiuAshuraj SirohiSundaram RamanathanSimon LingardYuhua SongChau-Chyun Chen

engineeringindustrial engineeringprocess engineeringmanufacturing technologymaterials sciencestirred-bed reactorsdynamic modelingmanufacturing engineeringchemical engineeringmanufacturing

A New Phase-Equilibrium Model for Simulating Industrial Nylon-6 Production Trains. Industrial & Engineering Chemistry Research (2003)

Kevin C. SeaveyNeeraj P. KhareY. A. LiuThomas N. WilliamsChau-Chyun Chen

applied mathematicsengineeringindustrial engineeringmaterial simulationphase equilibriumproduction engineeringmaterials sciencematerial modelingmodeling and simulationnumerical simulationsmanufacturing engineeringmanufacturing

Quantifying Relationships Among the Molecular Weight Distribution, Non-Newtonian Shear Viscosity, and Melt Index for Linear Polymers. Industrial & Engineering Chemistry Research (2003)

Kevin C. SeaveyY. A. LiuNeeraj P. KhareTim BremnerChau-Chyun Chen

industrial engineeringengineeringmolecular weight distributionmaterials sciencepolymer sciencelinear polymerschemical engineering

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Kevin Seavey

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

NoneKevin Seavey is currently serving as a Chemical Engineering faculty at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kevin Seavey

Virginia Tech

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cheminform Abstract: Fundamental Process Modeling and Product Design for the Solid State Polymerization of Polyamide 6 and Poly(Ethylene Terephthalate). ChemInform (2010)

Kevin C. SeaveyY. A. Liu

solid state polymerizationmaterials sciencepolymer sciencefundamental process modelingcheminform abstract

Enthalpy Calculations. (2008)

Kevin C. SeaveyY. A. Liu

enthalpy calculationsmaterials sciencematerials engineering

Multiscale Modeling of a Nylon‐6 Leacher. (2008)

Kevin C. SeaveyY. A. Liu

leachingmultiscale modelingmaterials sciencemechanical engineering

Recent Achievements and Future Challenges of Polymerization Process Modeling and Product Design. (2008)

Kevin C. SeaveyY. A. Liu

future challengesmaterials sciencepolymerization process modelingproduct design

Sigma-Profile Database for Using Cosmo-Based Thermodynamic Methods. Industrial & Engineering Chemistry Research (2006)

Eric MullinsRichard OldlandY. A. LiuShu WangStanley I. SandlerChau-Chyun ChenMichael ZwolakKevin C. Seavey

scientific computingengineeringindustrial engineeringdatabasesinformaticsthermodynamicsindustrial chemistrysigma-profile databasematerials sciencecosmo-based thermodynamic methodschemical engineering

Steady-State and Dynamic Modeling for New Product Design for the Solid-State Polymerization of Poly(Ethylene Terephthalate). Industrial & Engineering Chemistry Research (2006)

Bruce LucasKevin C. SeaveyY. A. Liu

product designindustrial engineeringengineeringpolymer engineeringmaterials sciencepolymer sciencesolid-state polymerizationdynamic modelingchemical engineering

New Mass-Transfer Model for Simulating Industrial Nylon-6 Production Trains. Industrial & Engineering Chemistry Research (2004)

Kevin C. SeaveyY. A. LiuBruce LucasNeeraj P. KhareTom LeeJason PettreyThomas N. WilliamsJohn MattsonEarl SchoenbornCharles LarkinHarry HuChau-Chyun Chen

mass transferindustrial engineeringengineeringmaterial simulationproduction engineeringmaterials sciencematerial modelingmodeling and simulationmanufacturing

Steady-State and Dynamic Modeling of Gas-Phase Polypropylene Processes Using Stirred-Bed Reactors. Industrial & Engineering Chemistry Research (2004)

Neeraj P. KhareBruce LucasKevin C. SeaveyY. A. LiuAshuraj SirohiSundaram RamanathanSimon LingardYuhua SongChau-Chyun Chen

engineeringindustrial engineeringprocess engineeringmanufacturing technologymaterials sciencestirred-bed reactorsdynamic modelingmanufacturing engineeringchemical engineeringmanufacturing

A New Phase-Equilibrium Model for Simulating Industrial Nylon-6 Production Trains. Industrial & Engineering Chemistry Research (2003)

Kevin C. SeaveyNeeraj P. KhareY. A. LiuThomas N. WilliamsChau-Chyun Chen

Quantifying Relationships Among the Molecular Weight Distribution, Non-Newtonian Shear Viscosity, and Melt Index for Linear Polymers. Industrial & Engineering Chemistry Research (2003)

Kevin C. SeaveyY. A. LiuNeeraj P. KhareTim BremnerChau-Chyun Chen

industrial engineeringengineeringmolecular weight distributionmaterials sciencepolymer sciencelinear polymerschemical engineering

1
2
10 / page

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Similar Faculty Members

Qingsheng Wang

Institution

Texas A&M University

materials science

engineering

Michael F. Malone

Institution

University of Massachusetts Amherst

social innovation

technological innovation

Joseph Sang-Il Kwon

Institution

Texas A&M University

chemical engineering

engineering

Nese Orbey

Institution

University of Massachusetts Lowell

polymer material

polymer rheology

Martha Grover

Institution

Georgia Institute of Technology

process optimization

industrial engineering

Dimitrios V. Papavassiliou

Institution

University of Oklahoma

engineering

heat mass transfer

Richard Turton

Institution

West Virginia University

environmental engineering

particle technology

Tim Osswald

Institution

University of Wisconsin–Madison

injection molding

manufacturing

Tequila A. L. Harris

Institution

Georgia Institute of Technology

fluid flow

process engineering

Marwan Khraisheh

Institution

Texas A&M University

materials science

mechanical engineering