Faculty

Institution

Unit

Venue

Joe Goddard

Professor Emeritus

University of California, San Diego

Joe Goddard is currently serving as a Professor Emeritus at University of California, San Diego.

Honors

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Experiences

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Education

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Joe Goddard

University of California, San Diego

Professor Emeritus

You can click a keyword to filter the displayed items

applied physics fluid mechanics mechanical engineering fluid dynamics materials science mechanics of materials applied mathematics numerical simulations rheology granular materials fluid flow solid mechanics deformation mechanics friction granular medium particle-laden flows tribology mechanical behavior continuum mechanics flow physics hydrodynamic stability computational fluid dynamics continuum modeling dispersion science fluid science rheological properties wave propagation viscoelastic fluids quasi-static mechanics fracture mechanics entropy polymer solutions rheological constitutive equation fluid-solid interactions rheological measurements material simulation unsteady flows industrial chemistry dissipation potentials condensed matter rock engineering porous materials nonlinear dynamics membrane science composite science metals nonlinear wave propagation rheology control mechanical modeling source apportionment charge transport dynamic constitutive behavior polymer engineering material modeling rebound effect residual stress particle suspensions dissipative materials steady circular shear transport properties nonlinear elasticity capillarity phenomenon multiscale mechanic surface finish charge carrier transport continuous delivery pressure-dependent wave speeds elastic percolation models heterogeneous systems cohesive mechanical failure spherical cavities dilute suspensions nonlinear effects novel simulation method granular assemblages rational mechanic viscoplastic fluid complex fluids transport phenomena

Notable Scholarly Works

Notable Federal Grants

Collaborators

On Nonlinear Onsager Symmetry and Mass-Action Kinetics. Combustion Science and Technology (2022)

J. D. Goddard

chemical engineeringchemical kineticscombustion sciencecombustionnonlinear onsager symmetrymass-action kinetics

THERMOELECTRICITY: Thomson vs Onsager, With Advice From Maxwell. Physics of Fluids (2021)

J. D. Goddard

thermal engineeringthermal conductivityengineering thermodynamicstransport phenomenaflow physicsthomson vs onsagerphysicsfluid flowfluid dynamicsthermal conductionmodel comparisoncomputational fluid dynamicsheat mass transferfluid mechanicsheat transferthermodynamicsapplied physics

The Second Law of Thermodynamics as Variation on a Theme of Carathéodory. Proceedings of the Royal Society A Mathematical Physical and Engineering Sciences (2021)

Joe D. Goddard

physicsengineeringthermodynamicsthermodynamic modellingsecond law

Dissipation Potentials From Elastic Collapse. Proceedings of the Royal Society A Mathematical Physical and Engineering Sciences (2019)

Joe GoddardKen Kamrin

elastic collapsedissipation potentialsphysicsmathematical physicsapplied mathematicsapplied physicscondensed matter physics

On Linear Non-Local Thermo-Viscoelastic Waves in Fluids. Mathematics and Mechanics of Complex Systems (2018)

Joe Goddard

wave propagationwave motionnumerical simulationsnonlinear wave propagationfluid flowfluid dynamicsmathematicsfluid mechanicscomplex systemsnonlinear dynamicsmechanicsapplied mathematicsdynamical systems

Regularization by Compressibility of the μ ( I ) Model of Dense Granular Flow. Physics of Fluids (2018)

J. D. GoddardJ. Lee

granular mediumflow physicsgranular materialsnumerical simulationsmultiphase flowsdense granular flowphysicsfluid flowfluid dynamicscompressible flowsrheologycomputational fluid dynamicsfluid mechanicsparticle-laden flowsapplied physicsfluvial processapplied mathematicsfriction

On the Stability of the μ( I ) Rheology for Granular Flow. Journal of Fluid Mechanics (2017)

J. D. GoddardJaesung Lee

rheological propertiesgranular flowfluid dynamicsrheologymechanical engineeringfluid mechanicsrheological measurementsrheological constitutive equation

Remarks on Isotropic Extension of Anisotropic Constitutive Functions via Structural Tensors. Mathematics and Mechanics of Solids (2017)

Chi-Sing ManJoe D Goddard

isotropic extensionsolid mechanicsanisotropic constitutive functionsmathematicsmechanics of materialsstructural tensorsmechanics

Dissipation Potentials for Reaction-Diffusion Systems. Industrial & Engineering Chemistry Research (2014)

J. D. Goddard

chemical sciencesdissipation potentialschemical engineeringprocess engineeringengineeringdiffusion processindustrial catalysischemical kineticschemical reaction engineeringprocess controldiffusionchemistryindustrial chemistryreaction-diffusion systems

Erratum to: Edelen’s Dissipation Potentials and the Visco-Plasticity of Particulate Media. Acta Mechanica (2014)

J. D. Goddard

dissipation potentialsmechanical engineeringfluid mechanicsmechanics of materialsparticulate mediaapplied physicsmechanicsplasticity

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Joe Goddard

Professor Emeritus

University of California, San Diego

Joe Goddard is currently serving as a Professor Emeritus at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joe Goddard

University of California, San Diego

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

On Nonlinear Onsager Symmetry and Mass-Action Kinetics. Combustion Science and Technology (2022)

J. D. Goddard

chemical engineeringchemical kineticscombustion sciencecombustionnonlinear onsager symmetrymass-action kinetics

THERMOELECTRICITY: Thomson vs Onsager, With Advice From Maxwell. Physics of Fluids (2021)

J. D. Goddard

The Second Law of Thermodynamics as Variation on a Theme of Carathéodory. Proceedings of the Royal Society A Mathematical Physical and Engineering Sciences (2021)

Joe D. Goddard

physicsengineeringthermodynamicsthermodynamic modellingsecond law

Dissipation Potentials From Elastic Collapse. Proceedings of the Royal Society A Mathematical Physical and Engineering Sciences (2019)

Joe GoddardKen Kamrin

elastic collapsedissipation potentialsphysicsmathematical physicsapplied mathematicsapplied physicscondensed matter physics

On Linear Non-Local Thermo-Viscoelastic Waves in Fluids. Mathematics and Mechanics of Complex Systems (2018)

Joe Goddard

Regularization by Compressibility of the μ ( I ) Model of Dense Granular Flow. Physics of Fluids (2018)

J. D. GoddardJ. Lee

On the Stability of the μ( I ) Rheology for Granular Flow. Journal of Fluid Mechanics (2017)

J. D. GoddardJaesung Lee

rheological propertiesgranular flowfluid dynamicsrheologymechanical engineeringfluid mechanicsrheological measurementsrheological constitutive equation

Remarks on Isotropic Extension of Anisotropic Constitutive Functions via Structural Tensors. Mathematics and Mechanics of Solids (2017)

Chi-Sing ManJoe D Goddard

isotropic extensionsolid mechanicsanisotropic constitutive functionsmathematicsmechanics of materialsstructural tensorsmechanics

Dissipation Potentials for Reaction-Diffusion Systems. Industrial & Engineering Chemistry Research (2014)

J. D. Goddard

Erratum to: Edelen’s Dissipation Potentials and the Visco-Plasticity of Particulate Media. Acta Mechanica (2014)

J. D. Goddard

dissipation potentialsmechanical engineeringfluid mechanicsmechanics of materialsparticulate mediaapplied physicsmechanicsplasticity

1
2
3
4
5
14
10 / page

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thermodynamics

continuum mechanics

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heat mass transfer

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Rensselaer Polytechnic Institute

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mathematics education

Lou Kondic

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