PUBLICACIÓN

Homogeneous steady states in a granular fluid driven by a stochastic bath with friction

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Chamorro M.G., Vega Reyes F., Garzo V.

2013 Journal of Statistical Mechanics: Theory and Experiment

Statistical and Nonlinear Physics (Q3), Statistics and Probability (Q3), Statistics, Probability and Uncertainty (Q3)

JCR: 2.056

SJR: 0.467

CITAS

22

DOI

10.1088/1742-5468/2013/07/p07013

EID

2-s2.0-84881535046

EISSN

1742-5468

BIBTEX

@article{García2013,title = {Homogeneous steady states in a granular fluid driven by a stochastic bath with friction},journal = {Journal of Statistical Mechanics: Theory and Experiment},year = {2013},volume = {2013},number = {7},author = {Chamorro, M.G. and Vega Reyes, F. and Garz{\'o}, V.}}

AUTORES DE LA UEX

Moisés García Chamorro
Francisco Vega Reyes
Vicente Garzó Puertos

OTRAS PUBLICACIONES DE INTERÉS

Coupling Between Shear Flow And Temperature Gradient For The Very Hard Particles Interaction
Kinetic Model For Transport In Granular Mixtures
Diffusion Of Impurities In A Moderately Dense Confined Granular Gas
Kinetic Model For Transport In Granular Mixtures
Diffusion Of Impurities In A Moderately Dense Confined Granular Gas
Mean Square Displacement Of Intruders In Freely Cooling Multicomponent Granular Mixtures
Diffusion Of Impurities In A Moderately Dense Confined Granular Gas
Mean Square Displacement Of Intruders In Freely Cooling Multicomponent Granular Mixtures
Exact Results For Non-Newtonian Transport Properties In Sheared Granular Suspensions: Inelastic Maxwell Models And Bgk-Type Kinetic Model
Mean Square Displacement Of Intruders In Freely Cooling Multicomponent Granular Mixtures
Exact Results For Non-Newtonian Transport Properties In Sheared Granular Suspensions: Inelastic Maxwell Models And Bgk-Type Kinetic Model
Applications Of The Kinetic Theory For A Model Of A Confined Quasi-Two Dimensional Granular Mixture: Stability Analysis And Thermal Diffusion Segregation
Exact Results For Non-Newtonian Transport Properties In Sheared Granular Suspensions: Inelastic Maxwell Models And Bgk-Type Kinetic Model
Applications Of The Kinetic Theory For A Model Of A Confined Quasi-Two Dimensional Granular Mixture: Stability Analysis And Thermal Diffusion Segregation
Erratum: “applications Of The Kinetic Theory For A Model Of A Confined Quasi-Two Dimensional Granular Mixture: Stability Analysis And Thermal Diffusion Segregation” [Phys. Fluids 36, 033326 (2024)]
Applications Of The Kinetic Theory For A Model Of A Confined Quasi-Two Dimensional Granular Mixture: Stability Analysis And Thermal Diffusion Segregation
Erratum: “applications Of The Kinetic Theory For A Model Of A Confined Quasi-Two Dimensional Granular Mixture: Stability Analysis And Thermal Diffusion Segregation” [Phys. Fluids 36, 033326 (2024)]
Rheology Of Granular Particles Immersed In A Molecular Gas Under Uniform Shear Flow
Erratum: “applications Of The Kinetic Theory For A Model Of A Confined Quasi-Two Dimensional Granular Mixture: Stability Analysis And Thermal Diffusion Segregation” [Phys. Fluids 36, 033326 (2024)]
Rheology Of Granular Particles Immersed In A Molecular Gas Under Uniform Shear Flow
Gaseous Diffusion As A Correlated Random Walk
Rheology Of Granular Particles Immersed In A Molecular Gas Under Uniform Shear Flow
Gaseous Diffusion As A Correlated Random Walk
Mobility And Diffusion Of Intruders In Granular Suspensions: Einstein Relation
Gaseous Diffusion As A Correlated Random Walk
Mobility And Diffusion Of Intruders In Granular Suspensions: Einstein Relation
Spin And Velocity Correlations In A Confined Two-Dimensional Fluid Of Disk-Shaped Active Rotors
Mobility And Diffusion Of Intruders In Granular Suspensions: Einstein Relation
Spin And Velocity Correlations In A Confined Two-Dimensional Fluid Of Disk-Shaped Active Rotors
Tracer Diffusion Coefficients In A Moderately Dense Granular Suspension: Stability Analysis And Thermal Diffusion Segregation
Spin And Velocity Correlations In A Confined Two-Dimensional Fluid Of Disk-Shaped Active Rotors
Tracer Diffusion Coefficients In A Moderately Dense Granular Suspension: Stability Analysis And Thermal Diffusion Segregation
Towards A Better Understanding Of Granular Flows
Tracer Diffusion Coefficients In A Moderately Dense Granular Suspension: Stability Analysis And Thermal Diffusion Segregation
Towards A Better Understanding Of Granular Flows
Diffusion Of Intruders In Granular Suspensions: Enskog Theory And Random Walk Interpretation
Towards A Better Understanding Of Granular Flows
Diffusion Of Intruders In Granular Suspensions: Enskog Theory And Random Walk Interpretation
Publisher's Note: “tracer Diffusion Coefficients In A Moderately Dense Granular Suspension: Stability Analysis And Thermal Diffusion Segregation” [Phys. Fluids 35, 083318 (2023)]
Diffusion Of Intruders In Granular Suspensions: Enskog Theory And Random Walk Interpretation
Publisher's Note: “tracer Diffusion Coefficients In A Moderately Dense Granular Suspension: Stability Analysis And Thermal Diffusion Segregation” [Phys. Fluids 35, 083318 (2023)]
Rheology Of A Dilute Binary Mixture Of Inertial Suspension Under Simple Shear Flow
Publisher's Note: “tracer Diffusion Coefficients In A Moderately Dense Granular Suspension: Stability Analysis And Thermal Diffusion Segregation” [Phys. Fluids 35, 083318 (2023)]
Rheology Of A Dilute Binary Mixture Of Inertial Suspension Under Simple Shear Flow
High-Degree Collisional Moments Of Inelastic Maxwell Mixtures—application To The Homogeneous Cooling And Uniform Shear Flow States
Rheology Of A Dilute Binary Mixture Of Inertial Suspension Under Simple Shear Flow
High-Degree Collisional Moments Of Inelastic Maxwell Mixtures—application To The Homogeneous Cooling And Uniform Shear Flow States
Assessment Of Kinetic Theories For Moderately Dense Granular Binary Mixtures: Shear Viscosity Coefficient
High-Degree Collisional Moments Of Inelastic Maxwell Mixtures—application To The Homogeneous Cooling And Uniform Shear Flow States
Assessment Of Kinetic Theories For Moderately Dense Granular Binary Mixtures: Shear Viscosity Coefficient
Theoretical Kinetics Analysis Of The Oh + Ch3oh Hydrogen Abstraction Reaction Using A Full-Dimensional Potential Energy Surface
Assessment Of Kinetic Theories For Moderately Dense Granular Binary Mixtures: Shear Viscosity Coefficient
Theoretical Kinetics Analysis Of The Oh + Ch3oh Hydrogen Abstraction Reaction Using A Full-Dimensional Potential Energy Surface
Erratum: Comment On 'kinetic Theory Models For Granular Mixtures With Unequal Granular Temperature: Hydrodynamic Velocity (Phys. Fluids (2021) 33 (043321) Doi: 10.1063/5.0057207)
Theoretical Kinetics Analysis Of The Oh + Ch3oh Hydrogen Abstraction Reaction Using A Full-Dimensional Potential Energy Surface
Erratum: Comment On 'kinetic Theory Models For Granular Mixtures With Unequal Granular Temperature: Hydrodynamic Velocity (Phys. Fluids (2021) 33 (043321) Doi: 10.1063/5.0057207)
Kinetic Theory Of Granular Particles Immersed In A Molecular Gas
Erratum: Comment On 'kinetic Theory Models For Granular Mixtures With Unequal Granular Temperature: Hydrodynamic Velocity (Phys. Fluids (2021) 33 (043321) Doi: 10.1063/5.0057207)
Kinetic Theory Of Granular Particles Immersed In A Molecular Gas
Kinetic Theory Of Polydisperse Granular Mixtures: Influence Of The Partial Temperatures On Transport Properties—a Review
Kinetic Theory Of Granular Particles Immersed In A Molecular Gas
Kinetic Theory Of Polydisperse Granular Mixtures: Influence Of The Partial Temperatures On Transport Properties—a Review
Kinetic Theory Of Binary Granular Suspensions At Low Density. Thermal Diffusion Segregation
Kinetic Theory Of Polydisperse Granular Mixtures: Influence Of The Partial Temperatures On Transport Properties—a Review
Kinetic Theory Of Binary Granular Suspensions At Low Density. Thermal Diffusion Segregation
Enskog Kinetic Theory Of Binary Granular Suspensions: Heat Flux And Stability Analysis Of The Homogeneous Steady State
Kinetic Theory Of Binary Granular Suspensions At Low Density. Thermal Diffusion Segregation
Enskog Kinetic Theory Of Binary Granular Suspensions: Heat Flux And Stability Analysis Of The Homogeneous Steady State
Chiral Flow In A Binary Mixture Of Two-Dimensional Active Disks
Enskog Kinetic Theory Of Binary Granular Suspensions: Heat Flux And Stability Analysis Of The Homogeneous Steady State
Chiral Flow In A Binary Mixture Of Two-Dimensional Active Disks
Chirality Transitions In A System Of Active Flat Spinners
Chiral Flow In A Binary Mixture Of Two-Dimensional Active Disks
Chirality Transitions In A System Of Active Flat Spinners
Diffusion And Velocity Correlations Of The Phase Transitions In A System Of Macroscopic Rolling Spheres
Chirality Transitions In A System Of Active Flat Spinners
Diffusion And Velocity Correlations Of The Phase Transitions In A System Of Macroscopic Rolling Spheres
Introducción A La Física Estadística
Diffusion And Velocity Correlations Of The Phase Transitions In A System Of Macroscopic Rolling Spheres
Introducción A La Física Estadística
Diffusive Regimes In A Two-Dimensional Chiral Fluid
Introducción A La Física Estadística
Diffusive Regimes In A Two-Dimensional Chiral Fluid
On The Mean Square Displacement Of Intruders In Freely Cooling Granular Gases
Diffusive Regimes In A Two-Dimensional Chiral Fluid
On The Mean Square Displacement Of Intruders In Freely Cooling Granular Gases
Quasi-Classical Trajectory Study Of The Cn + Nh3 Reaction Based On A Global Potential Energy Surface
On The Mean Square Displacement Of Intruders In Freely Cooling Granular Gases
Quasi-Classical Trajectory Study Of The Cn + Nh3 Reaction Based On A Global Potential Energy Surface
Time-Dependent Homogeneous States Of Binary Granular Suspensions
Quasi-Classical Trajectory Study Of The Cn + Nh3 Reaction Based On A Global Potential Energy Surface
Time-Dependent Homogeneous States Of Binary Granular Suspensions
Comment On Kinetic Theory Models For Granular Mixtures With Unequal Granular Temperature: Hydrodynamic Velocity [Phys. Fluids 33, 043321 (2021)]
Time-Dependent Homogeneous States Of Binary Granular Suspensions
Comment On Kinetic Theory Models For Granular Mixtures With Unequal Granular Temperature: Hydrodynamic Velocity [Phys. Fluids 33, 043321 (2021)]
Mpemba-Like Effect In Driven Binary Mixtures
Comment On Kinetic Theory Models For Granular Mixtures With Unequal Granular Temperature: Hydrodynamic Velocity [Phys. Fluids 33, 043321 (2021)]
Mpemba-Like Effect In Driven Binary Mixtures
Navier-Stokes Transport Coefficients For A Model Of A Confined Quasi-Two-Dimensional Granular Binary Mixture
Mpemba-Like Effect In Driven Binary Mixtures
Navier-Stokes Transport Coefficients For A Model Of A Confined Quasi-Two-Dimensional Granular Binary Mixture
Memory Effects In A Gas Of Viscoelastic Particles
Navier-Stokes Transport Coefficients For A Model Of A Confined Quasi-Two-Dimensional Granular Binary Mixture
Memory Effects In A Gas Of Viscoelastic Particles
Non-Monotonic Mpemba Effect In Binary Molecular Suspensions
Memory Effects In A Gas Of Viscoelastic Particles
Non-Monotonic Mpemba Effect In Binary Molecular Suspensions
Stability Of The Homogeneous Steady State For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid
Non-Monotonic Mpemba Effect In Binary Molecular Suspensions
Stability Of The Homogeneous Steady State For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
Stability Of The Homogeneous Steady State For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
Wave Damping Of A Sloshing Wave By An Interacting Turbulent Vortex Flow
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
Wave Damping Of A Sloshing Wave By An Interacting Turbulent Vortex Flow
Theoretical Study Of The O(3p) + C2h6reaction Based On A New: Ab Initio -Based Global Potential Energy Surface
Wave Damping Of A Sloshing Wave By An Interacting Turbulent Vortex Flow
Theoretical Study Of The O(3p) + C2h6reaction Based On A New: Ab Initio -Based Global Potential Energy Surface
Kinetics And Dynamics Study Of The Oh + C2h6→ H2o + C2h5reaction Based On An Analytical Global Potential Energy Surface
Theoretical Study Of The O(3p) + C2h6reaction Based On A New: Ab Initio -Based Global Potential Energy Surface
Kinetics And Dynamics Study Of The Oh + C2h6→ H2o + C2h5reaction Based On An Analytical Global Potential Energy Surface
Kinetics Theoretical Study Of The O(3p) + C2h6 Reaction On An Ab Initio-Based Global Potential Energy Surface
Kinetics And Dynamics Study Of The Oh + C2h6→ H2o + C2h5reaction Based On An Analytical Global Potential Energy Surface
Kinetics Theoretical Study Of The O(3p) + C2h6 Reaction On An Ab Initio-Based Global Potential Energy Surface
Vtst And Rpmd Kinetics Study Of The Nine-Body X + C2h6(X ≡ H, Cl, F) Reactions Based On Analytical Potential Energy Surfaces
Kinetics Theoretical Study Of The O(3p) + C2h6 Reaction On An Ab Initio-Based Global Potential Energy Surface
Vtst And Rpmd Kinetics Study Of The Nine-Body X + C2h6(X ≡ H, Cl, F) Reactions Based On Analytical Potential Energy Surfaces
Rethinking The Description Of Water Product In Polyatomic Oh/od + Xh (X ≡ D, Br, Nh2 And Geh3) Reactions: Theory/experimental Comparison
Vtst And Rpmd Kinetics Study Of The Nine-Body X + C2h6(X ≡ H, Cl, F) Reactions Based On Analytical Potential Energy Surfaces
Rethinking The Description Of Water Product In Polyatomic Oh/od + Xh (X ≡ D, Br, Nh2 And Geh3) Reactions: Theory/experimental Comparison
Energy Nonequipartition In A Collisional Model Of A Confined Quasi-Two-Dimensional Granular Mixture
Rethinking The Description Of Water Product In Polyatomic Oh/od + Xh (X ≡ D, Br, Nh2 And Geh3) Reactions: Theory/experimental Comparison
Energy Nonequipartition In A Collisional Model Of A Confined Quasi-Two-Dimensional Granular Mixture
Erratum: Enskog Kinetic Theory For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid (Physical Review E (2018) 98 (052904) Doi: 10.1103/physreve.98.052904)
Energy Nonequipartition In A Collisional Model Of A Confined Quasi-Two-Dimensional Granular Mixture
Erratum: Enskog Kinetic Theory For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid (Physical Review E (2018) 98 (052904) Doi: 10.1103/physreve.98.052904)
Unified Hydrodynamic Description For Driven And Undriven Inelastic Maxwell Mixtures At Low Density
Erratum: Enskog Kinetic Theory For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid (Physical Review E (2018) 98 (052904) Doi: 10.1103/physreve.98.052904)
Unified Hydrodynamic Description For Driven And Undriven Inelastic Maxwell Mixtures At Low Density
Non-Newtonian Rheology In Inertial Suspensions Of Inelastic Rough Hard Spheres Under Simple Shear Flow
Unified Hydrodynamic Description For Driven And Undriven Inelastic Maxwell Mixtures At Low Density
Non-Newtonian Rheology In Inertial Suspensions Of Inelastic Rough Hard Spheres Under Simple Shear Flow
Erratum: Kinetic Theory Of Shear Thickening For A Moderately Dense Gas-Solid Suspension: From Discontinuous Thickening To Continuous Thickening (Phys. Rev. E (2017) 96 (042903) Doi: 10.1103/physreve.96.042903)
Non-Newtonian Rheology In Inertial Suspensions Of Inelastic Rough Hard Spheres Under Simple Shear Flow
Erratum: Kinetic Theory Of Shear Thickening For A Moderately Dense Gas-Solid Suspension: From Discontinuous Thickening To Continuous Thickening (Phys. Rev. E (2017) 96 (042903) Doi: 10.1103/physreve.96.042903)
Enskog Kinetic Theory For Multicomponent Granular Suspensions
Erratum: Kinetic Theory Of Shear Thickening For A Moderately Dense Gas-Solid Suspension: From Discontinuous Thickening To Continuous Thickening (Phys. Rev. E (2017) 96 (042903) Doi: 10.1103/physreve.96.042903)
Enskog Kinetic Theory For Multicomponent Granular Suspensions
First-Order Contributions To The Partial Temperatures In Dilute Binary Granular Suspensions
Enskog Kinetic Theory For Multicomponent Granular Suspensions
First-Order Contributions To The Partial Temperatures In Dilute Binary Granular Suspensions
Zero-Gravity Thermal Convection In Granular Gases
First-Order Contributions To The Partial Temperatures In Dilute Binary Granular Suspensions
Zero-Gravity Thermal Convection In Granular Gases
Enskog Kinetic Theory Of Rheology For A Moderately Dense Inertial Suspension
Zero-Gravity Thermal Convection In Granular Gases
Enskog Kinetic Theory Of Rheology For A Moderately Dense Inertial Suspension
Time Evolution Of The Microscopic State Of An Athermal Fluid
Enskog Kinetic Theory Of Rheology For A Moderately Dense Inertial Suspension
Time Evolution Of The Microscopic State Of An Athermal Fluid
State-To-State Dynamics Of The Cl(2p) + C2h6(Ν 5, Ν 1 = 0, 1) → Hcl(V′, J′) + C2h5 Hydrogen Abstraction Reactions
Time Evolution Of The Microscopic State Of An Athermal Fluid
State-To-State Dynamics Of The Cl(2p) + C2h6(Ν 5, Ν 1 = 0, 1) → Hcl(V′, J′) + C2h5 Hydrogen Abstraction Reactions
The Hydrogen Abstraction Reaction H + C2h6 → H2(: V, J) + C2h5. Part I. A Full-Dimensional Analytical Potential Energy Surface Based On Ab Initio Calculations
State-To-State Dynamics Of The Cl(2p) + C2h6(Ν 5, Ν 1 = 0, 1) → Hcl(V′, J′) + C2h5 Hydrogen Abstraction Reactions
The Hydrogen Abstraction Reaction H + C2h6 → H2(: V, J) + C2h5. Part I. A Full-Dimensional Analytical Potential Energy Surface Based On Ab Initio Calculations
Influence Of The First-Order Contributions To The Partial Temperatures On Transport Properties In Polydisperse Dense Granular Mixtures
The Hydrogen Abstraction Reaction H + C2h6 → H2(: V, J) + C2h5. Part I. A Full-Dimensional Analytical Potential Energy Surface Based On Ab Initio Calculations
Influence Of The First-Order Contributions To The Partial Temperatures On Transport Properties In Polydisperse Dense Granular Mixtures
Transport Properties Of Driven Inelastic Maxwell Mixtures
Influence Of The First-Order Contributions To The Partial Temperatures On Transport Properties In Polydisperse Dense Granular Mixtures
Transport Properties Of Driven Inelastic Maxwell Mixtures
Erratum: Transport Coefficients For Driven Granular Mixtures At Low Density [Phys. Rev. E 88, 052201 (2013)] And Heat Flux Of Driven Granular Mixtures At Low Density: Stability Analysis Of The Homogeneous Steady State [Phys. Rev. E 97, 022902 (2018)]
Transport Properties Of Driven Inelastic Maxwell Mixtures
Erratum: Transport Coefficients For Driven Granular Mixtures At Low Density [Phys. Rev. E 88, 052201 (2013)] And Heat Flux Of Driven Granular Mixtures At Low Density: Stability Analysis Of The Homogeneous Steady State [Phys. Rev. E 97, 022902 (2018)]
Simple Shear Flow In Granular Suspensions: Inelastic Maxwell Models And Bgk-Type Kinetic Model
Erratum: Transport Coefficients For Driven Granular Mixtures At Low Density [Phys. Rev. E 88, 052201 (2013)] And Heat Flux Of Driven Granular Mixtures At Low Density: Stability Analysis Of The Homogeneous Steady State [Phys. Rev. E 97, 022902 (2018)]
Simple Shear Flow In Granular Suspensions: Inelastic Maxwell Models And Bgk-Type Kinetic Model
Transport Coefficients For Granular Suspensions At Moderate Densities
Simple Shear Flow In Granular Suspensions: Inelastic Maxwell Models And Bgk-Type Kinetic Model
Transport Coefficients For Granular Suspensions At Moderate Densities
Acoustic Resonances In A Confined Set Of Macroscopic Disks
Transport Coefficients For Granular Suspensions At Moderate Densities
Acoustic Resonances In A Confined Set Of Macroscopic Disks
Statistical Properties Of A Granular Gas Fluidized By Turbulent Air Wakes
Acoustic Resonances In A Confined Set Of Macroscopic Disks
Statistical Properties Of A Granular Gas Fluidized By Turbulent Air Wakes
Granular Gaseous Flows: A Kinetic Theory Approach To Granular Gaseous Flows
Statistical Properties Of A Granular Gas Fluidized By Turbulent Air Wakes
Granular Gaseous Flows: A Kinetic Theory Approach To Granular Gaseous Flows
Erratum: Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit (Physical Review C (2017) 96 (052901) Doi: 10.1103/physreve.100.049901)
Granular Gaseous Flows: A Kinetic Theory Approach To Granular Gaseous Flows
Erratum: Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit (Physical Review C (2017) 96 (052901) Doi: 10.1103/physreve.100.049901)
Large Mpemba-Like Effect In A Gas Of Inelastic Rough Hard Spheres
Erratum: Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit (Physical Review C (2017) 96 (052901) Doi: 10.1103/physreve.100.049901)
Large Mpemba-Like Effect In A Gas Of Inelastic Rough Hard Spheres
Intruders In Disguise: Mimicry Effect In Granular Gases
Large Mpemba-Like Effect In A Gas Of Inelastic Rough Hard Spheres
Intruders In Disguise: Mimicry Effect In Granular Gases
On The Emergence Of Large And Complex Memory Effects In Nonequilibrium Fluids
Intruders In Disguise: Mimicry Effect In Granular Gases
On The Emergence Of Large And Complex Memory Effects In Nonequilibrium Fluids
Enskog Kinetic Theory For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid
On The Emergence Of Large And Complex Memory Effects In Nonequilibrium Fluids
Enskog Kinetic Theory For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid
Heat Flux Of Driven Granular Mixtures At Low Density: Stability Analysis Of The Homogeneous Steady State
Enskog Kinetic Theory For A Model Of A Confined Quasi-Two-Dimensional Granular Fluid
Heat Flux Of Driven Granular Mixtures At Low Density: Stability Analysis Of The Homogeneous Steady State
Role Of An Ethyl Radical And The Problem Of Hf(V) Bimodal Vibrational Distribution In The F(2p) + C2h6 → Hf(V) + C2h5 Reaction
Heat Flux Of Driven Granular Mixtures At Low Density: Stability Analysis Of The Homogeneous Steady State
Role Of An Ethyl Radical And The Problem Of Hf(V) Bimodal Vibrational Distribution In The F(2p) + C2h6 → Hf(V) + C2h5 Reaction
Impact Of Roughness On The Instability Of A Free-Cooling Granular Gas
Role Of An Ethyl Radical And The Problem Of Hf(V) Bimodal Vibrational Distribution In The F(2p) + C2h6 → Hf(V) + C2h5 Reaction
Impact Of Roughness On The Instability Of A Free-Cooling Granular Gas
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
Impact Of Roughness On The Instability Of A Free-Cooling Granular Gas
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
F(2p) + C2h6 → Hf + C2h5 Kinetics Study Based On A New Analytical Potential Energy Surface
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
F(2p) + C2h6 → Hf + C2h5 Kinetics Study Based On A New Analytical Potential Energy Surface
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
F(2p) + C2h6 → Hf + C2h5 Kinetics Study Based On A New Analytical Potential Energy Surface
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
Hydrodynamics Of A Granular Gas In A Heterogeneous Environment
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
Hydrodynamics Of A Granular Gas In A Heterogeneous Environment
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
Hydrodynamics Of A Granular Gas In A Heterogeneous Environment
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
In Memoriam. Juan De La Rubia
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
In Memoriam. Juan De La Rubia
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
In Memoriam. Juan De La Rubia
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
When The Hotter Cools More Quickly: Mpemba Effect In Granular Fluids
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
When The Hotter Cools More Quickly: Mpemba Effect In Granular Fluids
Thermal Properties Of An Impurity Immersed In A Granular Gas Of Rough Hard Spheres
When The Hotter Cools More Quickly: Mpemba Effect In Granular Fluids
Thermal Properties Of An Impurity Immersed In A Granular Gas Of Rough Hard Spheres
Hydrodynamics Of A Granular Gas In A Heterogeneous Environment
Thermal Properties Of An Impurity Immersed In A Granular Gas Of Rough Hard Spheres
Hydrodynamics Of A Granular Gas In A Heterogeneous Environment
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
Hydrodynamics Of A Granular Gas In A Heterogeneous Environment
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
Kinetic Theory Of Shear Thickening For A Moderately Dense Gas-Solid Suspension: From Discontinuous Thickening To Continuous Thickening
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
Kinetic Theory Of Shear Thickening For A Moderately Dense Gas-Solid Suspension: From Discontinuous Thickening To Continuous Thickening
Shear-Rate-Dependent Transport Coefficients In Granular Suspensions
Kinetic Theory Of Shear Thickening For A Moderately Dense Gas-Solid Suspension: From Discontinuous Thickening To Continuous Thickening
Shear-Rate-Dependent Transport Coefficients In Granular Suspensions
Instabilities In Granular Gas-Solid Flows
Shear-Rate-Dependent Transport Coefficients In Granular Suspensions
Instabilities In Granular Gas-Solid Flows
An Introduction To Physics Of Fluids
Instabilities In Granular Gas-Solid Flows
An Introduction To Physics Of Fluids
Thermal Convection In Granular Gases With Dissipative Lateral Walls
An Introduction To Physics Of Fluids
Thermal Convection In Granular Gases With Dissipative Lateral Walls
Erratum: Inelastic Maxwell Models For Monodisperse Gas-Solid Flows (Journal Of Statistical Mechanics: Theory And Experiment (2016) (P03015))
Thermal Convection In Granular Gases With Dissipative Lateral Walls
Erratum: Inelastic Maxwell Models For Monodisperse Gas-Solid Flows (Journal Of Statistical Mechanics: Theory And Experiment (2016) (P03015))
Transport Coefficients Of Solid Particles Immersed In A Viscous Gas
Erratum: Inelastic Maxwell Models For Monodisperse Gas-Solid Flows (Journal Of Statistical Mechanics: Theory And Experiment (2016) (P03015))
Transport Coefficients Of Solid Particles Immersed In A Viscous Gas
Tracer Diffusion Coefficients In A Sheared Inelastic Maxwell Gas
Transport Coefficients Of Solid Particles Immersed In A Viscous Gas
Tracer Diffusion Coefficients In A Sheared Inelastic Maxwell Gas
Stability Of Freely Cooling Granular Mixtures At Moderate Densities
Tracer Diffusion Coefficients In A Sheared Inelastic Maxwell Gas
Stability Of Freely Cooling Granular Mixtures At Moderate Densities
Steady State In A Gas Of Inelastic Rough Spheres Heated By A Uniform Stochastic Force
Stability Of Freely Cooling Granular Mixtures At Moderate Densities
Steady State In A Gas Of Inelastic Rough Spheres Heated By A Uniform Stochastic Force
Non-Newtonian Hydrodynamics For A Dilute Granular Suspension Under Uniform Shear Flow
Steady State In A Gas Of Inelastic Rough Spheres Heated By A Uniform Stochastic Force
Non-Newtonian Hydrodynamics For A Dilute Granular Suspension Under Uniform Shear Flow
Stability Of Freely Cooling Granular Mixtures At Moderate Densities
Non-Newtonian Hydrodynamics For A Dilute Granular Suspension Under Uniform Shear Flow
Stability Of Freely Cooling Granular Mixtures At Moderate Densities
Generalized Transport Coefficients For Inelastic Maxwell Mixtures Under Shear Flow
Stability Of Freely Cooling Granular Mixtures At Moderate Densities
Generalized Transport Coefficients For Inelastic Maxwell Mixtures Under Shear Flow
Inelastic Maxwell Models For Monodisperse Gas-Solid Flows
Generalized Transport Coefficients For Inelastic Maxwell Mixtures Under Shear Flow
Inelastic Maxwell Models For Monodisperse Gas-Solid Flows
Anomalous Transport Of Impurities In Inelastic Maxwell Gases
Inelastic Maxwell Models For Monodisperse Gas-Solid Flows
Anomalous Transport Of Impurities In Inelastic Maxwell Gases
Thermal Diffusion Segregation Of An Impurity In A Driven Granular Fluid
Anomalous Transport Of Impurities In Inelastic Maxwell Gases
Thermal Diffusion Segregation Of An Impurity In A Driven Granular Fluid
Transport Coefficients Of A Granular Gas Of Inelastic Rough Hard Spheres
Thermal Diffusion Segregation Of An Impurity In A Driven Granular Fluid
Transport Coefficients Of A Granular Gas Of Inelastic Rough Hard Spheres
Hydrodynamic Burnett Equations For Inelastic Maxwell Models Of Granular Gases
Transport Coefficients Of A Granular Gas Of Inelastic Rough Hard Spheres
Hydrodynamic Burnett Equations For Inelastic Maxwell Models Of Granular Gases
Role Of Roughness On The Hydrodynamic Homogeneous Base State Of Inelastic Spheres
Hydrodynamic Burnett Equations For Inelastic Maxwell Models Of Granular Gases
Role Of Roughness On The Hydrodynamic Homogeneous Base State Of Inelastic Spheres
Navier-Stokes Transport Coefficients Fordriven Inelastic Maxwell Models
Role Of Roughness On The Hydrodynamic Homogeneous Base State Of Inelastic Spheres
Navier-Stokes Transport Coefficients Fordriven Inelastic Maxwell Models
Hydrodynamic Granular Segregation Induced By Boundary Heating And Shear
Navier-Stokes Transport Coefficients Fordriven Inelastic Maxwell Models
Hydrodynamic Granular Segregation Induced By Boundary Heating And Shear
Influence Of A Drag Force On Linear Transport In Low-Density Gases. Stability Analysis
Hydrodynamic Granular Segregation Induced By Boundary Heating And Shear
Influence Of A Drag Force On Linear Transport In Low-Density Gases. Stability Analysis
Homogeneous States In Driven Granular Mixtures: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Influence Of A Drag Force On Linear Transport In Low-Density Gases. Stability Analysis
Homogeneous States In Driven Granular Mixtures: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Instabilities In Granular Binary Mixtures At Moderate Densities
Homogeneous States In Driven Granular Mixtures: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Instabilities In Granular Binary Mixtures At Moderate Densities
Properties Of The Homogeneous Cooling State Of A Gas Of Inelastic Rough Particles
Instabilities In Granular Binary Mixtures At Moderate Densities
Properties Of The Homogeneous Cooling State Of A Gas Of Inelastic Rough Particles
Steady Base States For Non-Newtonian Granular Hydrodynamics
Properties Of The Homogeneous Cooling State Of A Gas Of Inelastic Rough Particles
Steady Base States For Non-Newtonian Granular Hydrodynamics
Homogeneous Steady States In A Granular Fluid Driven By A Stochastic Bath With Friction
Steady Base States For Non-Newtonian Granular Hydrodynamics
Homogeneous Steady States In A Granular Fluid Driven By A Stochastic Bath With Friction
Erratum: Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Homogeneous Steady States In A Granular Fluid Driven By A Stochastic Bath With Friction
Erratum: Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Diffusion Transport Coefficients For Granular Binary Mixtures At Low Density: Thermal Diffusion Segregation
Erratum: Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Diffusion Transport Coefficients For Granular Binary Mixtures At Low Density: Thermal Diffusion Segregation
Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Diffusion Transport Coefficients For Granular Binary Mixtures At Low Density: Thermal Diffusion Segregation
Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Grad's Moment Method For A Granular Fluid At Moderate Densities: Navier-Stokes Transport Coefficients
Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Grad's Moment Method For A Granular Fluid At Moderate Densities: Navier-Stokes Transport Coefficients
A Numerical Study Of The Navier-Stokes Transport Coefficients For Two-Dimensional Granular Hydrodynamics
Grad's Moment Method For A Granular Fluid At Moderate Densities: Navier-Stokes Transport Coefficients
A Numerical Study Of The Navier-Stokes Transport Coefficients For Two-Dimensional Granular Hydrodynamics
Transport Coefficients For Driven Granular Mixtures At Low Density
A Numerical Study Of The Navier-Stokes Transport Coefficients For Two-Dimensional Granular Hydrodynamics
Transport Coefficients For Driven Granular Mixtures At Low Density
Collisional Rates For The Inelastic Maxwell Model: Application To The Divergence Of Anisotropic High-Order Velocity Moments In The Homogeneous Cooling State
Transport Coefficients For Driven Granular Mixtures At Low Density
Collisional Rates For The Inelastic Maxwell Model: Application To The Divergence Of Anisotropic High-Order Velocity Moments In The Homogeneous Cooling State
Homogeneous States In Granular Fluids Driven By Thermostats
Collisional Rates For The Inelastic Maxwell Model: Application To The Divergence Of Anisotropic High-Order Velocity Moments In The Homogeneous Cooling State
Homogeneous States In Granular Fluids Driven By Thermostats
Energy Non-Equipartition In A System With A Granular Impurity Under Couette-Fourier Flow
Homogeneous States In Granular Fluids Driven By Thermostats
Energy Non-Equipartition In A System With A Granular Impurity Under Couette-Fourier Flow
Segregation Of An Intruder In A Heated Granular Dense Gas
Energy Non-Equipartition In A System With A Granular Impurity Under Couette-Fourier Flow
Segregation Of An Intruder In A Heated Granular Dense Gas
Enskog Kinetic Theory For Monodisperse Gas-Solid Flows
Segregation Of An Intruder In A Heated Granular Dense Gas
Enskog Kinetic Theory For Monodisperse Gas-Solid Flows
Hydrodynamics At The Navier-Stokes Level Applied To Fast, Transient, Supersonic Granular Flows
Enskog Kinetic Theory For Monodisperse Gas-Solid Flows
Hydrodynamics At The Navier-Stokes Level Applied To Fast, Transient, Supersonic Granular Flows
Grad's Moment Method For A Low-Density Granular Gas. Navier-Stokes Transport Coefficients
Hydrodynamics At The Navier-Stokes Level Applied To Fast, Transient, Supersonic Granular Flows
Grad's Moment Method For A Low-Density Granular Gas. Navier-Stokes Transport Coefficients
Assessing A Hydrodynamic Description For Instabilities In Highly Dissipative, Freely Cooling Granular Gases
Grad's Moment Method For A Low-Density Granular Gas. Navier-Stokes Transport Coefficients
Assessing A Hydrodynamic Description For Instabilities In Highly Dissipative, Freely Cooling Granular Gases
Dissipative Homogeneous Maxwell Mixtures: Ordering Transition In The Tracer Limit
Assessing A Hydrodynamic Description For Instabilities In Highly Dissipative, Freely Cooling Granular Gases
Dissipative Homogeneous Maxwell Mixtures: Ordering Transition In The Tracer Limit
Enskog Theory For Polydisperse Granular Mixtures. Iii. Comparison Of Dense And Dilute Transport Coefficients And Equations Of State For A Binary Mixture
Dissipative Homogeneous Maxwell Mixtures: Ordering Transition In The Tracer Limit
Enskog Theory For Polydisperse Granular Mixtures. Iii. Comparison Of Dense And Dilute Transport Coefficients And Equations Of State For A Binary Mixture
Impurity In A Sheared Inelastic Maxwell Gas
Enskog Theory For Polydisperse Granular Mixtures. Iii. Comparison Of Dense And Dilute Transport Coefficients And Equations Of State For A Binary Mixture
Impurity In A Sheared Inelastic Maxwell Gas
Computer Simulations Of An Impurity In A Granular Gas Under Planar Couette Flow
Impurity In A Sheared Inelastic Maxwell Gas
Computer Simulations Of An Impurity In A Granular Gas Under Planar Couette Flow
Class Of Dilute Granular Couette Flows With Uniform Heat Flux
Computer Simulations Of An Impurity In A Granular Gas Under Planar Couette Flow
Class Of Dilute Granular Couette Flows With Uniform Heat Flux
Hydrodynamics Of Inelastic Maxwell Models
Class Of Dilute Granular Couette Flows With Uniform Heat Flux
Hydrodynamics Of Inelastic Maxwell Models
Effect Of Random Forcing In The Rheology Of Granular Simple Flows
Hydrodynamics Of Inelastic Maxwell Models
Effect Of Random Forcing In The Rheology Of Granular Simple Flows
Transport Coefficients Of Driven Granular Fluids At Moderate Volume Fraction
Effect Of Random Forcing In The Rheology Of Granular Simple Flows
Transport Coefficients Of Driven Granular Fluids At Moderate Volume Fraction
Non-Equilibrium Phase Transition In A Sheared Granular Mixture
Transport Coefficients Of Driven Granular Fluids At Moderate Volume Fraction
Non-Equilibrium Phase Transition In A Sheared Granular Mixture
Thermal Diffusion Segregation In Granular Binary Mixtures Described By The Enskog Equation
Non-Equilibrium Phase Transition In A Sheared Granular Mixture
Thermal Diffusion Segregation In Granular Binary Mixtures Described By The Enskog Equation
Non-Newtonian Granular Hydrodynamics. What Do The Inelastic Simple Shear Flow And The Elastic Fourier Flow Have In Common?
Thermal Diffusion Segregation In Granular Binary Mixtures Described By The Enskog Equation
Non-Newtonian Granular Hydrodynamics. What Do The Inelastic Simple Shear Flow And The Elastic Fourier Flow Have In Common?
Energy Production Rates In Fluid Mixtures Of Inelastic Rough Hard Spheres
Non-Newtonian Granular Hydrodynamics. What Do The Inelastic Simple Shear Flow And The Elastic Fourier Flow Have In Common?
Energy Production Rates In Fluid Mixtures Of Inelastic Rough Hard Spheres
Segregation By Thermal Diffusion In Granular Shear Flows
Energy Production Rates In Fluid Mixtures Of Inelastic Rough Hard Spheres
Segregation By Thermal Diffusion In Granular Shear Flows
Rheological Properties For Inelastic Maxwell Mixtures Under Shear Flow
Segregation By Thermal Diffusion In Granular Shear Flows
Rheological Properties For Inelastic Maxwell Mixtures Under Shear Flow
An Exact Solution Of The Inelastic Boltzmann Equation For The Couette Flow With Uniform Heat Flux
Rheological Properties For Inelastic Maxwell Mixtures Under Shear Flow
An Exact Solution Of The Inelastic Boltzmann Equation For The Couette Flow With Uniform Heat Flux
The Effects Of Forcing And Dissipation On Phase Transitions In Thin Granular Layers
An Exact Solution Of The Inelastic Boltzmann Equation For The Couette Flow With Uniform Heat Flux
The Effects Of Forcing And Dissipation On Phase Transitions In Thin Granular Layers
Mass Transport Of Impurities In A Moderately Dense Granular Gas
The Effects Of Forcing And Dissipation On Phase Transitions In Thin Granular Layers
Mass Transport Of Impurities In A Moderately Dense Granular Gas
Steady Base States For Navier-Stokes Granular Hydrodynamics With Boundary Heating And Shear
Mass Transport Of Impurities In A Moderately Dense Granular Gas
Steady Base States For Navier-Stokes Granular Hydrodynamics With Boundary Heating And Shear
Modified Sonine Approximation For Granular Binary Mixtures
Steady Base States For Navier-Stokes Granular Hydrodynamics With Boundary Heating And Shear
Modified Sonine Approximation For Granular Binary Mixtures
Segregation By Thermal Diffusion In Moderately Dense Granular Mixtures
Modified Sonine Approximation For Granular Binary Mixtures
Segregation By Thermal Diffusion In Moderately Dense Granular Mixtures
Rheological Properties Of A Granular Impurity In The Couette Flow
Segregation By Thermal Diffusion In Moderately Dense Granular Mixtures
Rheological Properties Of A Granular Impurity In The Couette Flow
Impurity In A Granular Gas Under Nonlinear Couette Flow
Rheological Properties Of A Granular Impurity In The Couette Flow
Impurity In A Granular Gas Under Nonlinear Couette Flow
Effect Of Inelasticity On The Phase Transitions Of A Thin Vibrated Granular Layer
Impurity In A Granular Gas Under Nonlinear Couette Flow
Effect Of Inelasticity On The Phase Transitions Of A Thin Vibrated Granular Layer
Geometric Properties Of The Patterns Observed In Low Conducting Liquids Under Corona Discharge
Effect Of Inelasticity On The Phase Transitions Of A Thin Vibrated Granular Layer
Geometric Properties Of The Patterns Observed In Low Conducting Liquids Under Corona Discharge
Segregation In Moderately Dense Granular Binary Mixtures
Geometric Properties Of The Patterns Observed In Low Conducting Liquids Under Corona Discharge
Segregation In Moderately Dense Granular Binary Mixtures
Brazil-Nut Effect Versus Reverse Brazil-Nut Effect In A Moderately Dense Granular Fluid
Segregation In Moderately Dense Granular Binary Mixtures
Brazil-Nut Effect Versus Reverse Brazil-Nut Effect In A Moderately Dense Granular Fluid
Kinetic Theory For Binary Granular Mixtures At Low Density
Brazil-Nut Effect Versus Reverse Brazil-Nut Effect In A Moderately Dense Granular Fluid
Kinetic Theory For Binary Granular Mixtures At Low Density
Mass Flux Of A Binary Mixture Of Maxwell Molecules Under Shear Flow
Kinetic Theory For Binary Granular Mixtures At Low Density
Mass Flux Of A Binary Mixture Of Maxwell Molecules Under Shear Flow
A Note On The Violation Of The Einstein Relation In A Driven Moderately Dense Granular Gas
Mass Flux Of A Binary Mixture Of Maxwell Molecules Under Shear Flow
A Note On The Violation Of The Einstein Relation In A Driven Moderately Dense Granular Gas
Third And Fourth Degree Collisional Moments For Inelastic Maxwell Models
A Note On The Violation Of The Einstein Relation In A Driven Moderately Dense Granular Gas
Third And Fourth Degree Collisional Moments For Inelastic Maxwell Models
Granular Mixtures Modeled As Elastic Hard Spheres Subject To A Drag Force
Third And Fourth Degree Collisional Moments For Inelastic Maxwell Models
Granular Mixtures Modeled As Elastic Hard Spheres Subject To A Drag Force
First-Order Chapman-Enskog Velocity Distribution Function In A Granular Gas
Granular Mixtures Modeled As Elastic Hard Spheres Subject To A Drag Force
First-Order Chapman-Enskog Velocity Distribution Function In A Granular Gas
Modified Sonine Approximation For The Navier-Stokes Transport Coefficients Of A Granular Gas
First-Order Chapman-Enskog Velocity Distribution Function In A Granular Gas
Modified Sonine Approximation For The Navier-Stokes Transport Coefficients Of A Granular Gas
Navier-Stokes Transport Coefficients Of D-Dimensional Granular Binary Mixtures At Low Density
Modified Sonine Approximation For The Navier-Stokes Transport Coefficients Of A Granular Gas
Navier-Stokes Transport Coefficients Of D-Dimensional Granular Binary Mixtures At Low Density
Enskog Theory For Polydisperse Granular Mixtures. Ii. Sonine Polynomial Approximation
Navier-Stokes Transport Coefficients Of D-Dimensional Granular Binary Mixtures At Low Density
Enskog Theory For Polydisperse Granular Mixtures. Ii. Sonine Polynomial Approximation
Enskog Theory For Polydisperse Granular Mixtures. I. Navier-Stokes Order Transport
Enskog Theory For Polydisperse Granular Mixtures. Ii. Sonine Polynomial Approximation
Enskog Theory For Polydisperse Granular Mixtures. I. Navier-Stokes Order Transport
Shear-Rate-Dependent Transport Coefficients For Inelastic Maxwell Models
Enskog Theory For Polydisperse Granular Mixtures. I. Navier-Stokes Order Transport
Shear-Rate-Dependent Transport Coefficients For Inelastic Maxwell Models
Mass Transport Of An Impurity In A Strongly Sheared Granular Gas
Shear-Rate-Dependent Transport Coefficients For Inelastic Maxwell Models
Mass Transport Of An Impurity In A Strongly Sheared Granular Gas
Simple Shear Flow In Inelastic Maxwell Models
Mass Transport Of An Impurity In A Strongly Sheared Granular Gas
Simple Shear Flow In Inelastic Maxwell Models
Pattern Imaging Of Primary And Secondary Electrohydrodynamic Instabilities
Simple Shear Flow In Inelastic Maxwell Models
Pattern Imaging Of Primary And Secondary Electrohydrodynamic Instabilities
Rheology Of Two- And Three-Dimensional Granular Mixtures Under Uniform Shear Flow: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Pattern Imaging Of Primary And Secondary Electrohydrodynamic Instabilities
Rheology Of Two- And Three-Dimensional Granular Mixtures Under Uniform Shear Flow: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Mass And Heat Fluxes For A Binary Granular Mixture At Low Density
Rheology Of Two- And Three-Dimensional Granular Mixtures Under Uniform Shear Flow: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Mass And Heat Fluxes For A Binary Granular Mixture At Low Density
Segregation In Granular Binary Mixtures: Thermal Diffusion
Mass And Heat Fluxes For A Binary Granular Mixture At Low Density
Segregation In Granular Binary Mixtures: Thermal Diffusion
Transport Coefficients For An Inelastic Gas Around Uniform Shear Flow: Linear Stability Analysis
Segregation In Granular Binary Mixtures: Thermal Diffusion
Transport Coefficients For An Inelastic Gas Around Uniform Shear Flow: Linear Stability Analysis
Dsmc Evaluation Of The Navier-Stokes Shear Viscosity Of A Granular Fluid
Transport Coefficients For An Inelastic Gas Around Uniform Shear Flow: Linear Stability Analysis
Dsmc Evaluation Of The Navier-Stokes Shear Viscosity Of A Granular Fluid
Transport Coefficients For Inelastic Maxwell Mixtures
Dsmc Evaluation Of The Navier-Stokes Shear Viscosity Of A Granular Fluid
Transport Coefficients For Inelastic Maxwell Mixtures
On The Dimensionless Magnitudes In The Problem Of A Dielectric Interface Under Unipolar Injection
Transport Coefficients For Inelastic Maxwell Mixtures
On The Dimensionless Magnitudes In The Problem Of A Dielectric Interface Under Unipolar Injection
The Dynamics Of Thin Vibrated Granular Layers
On The Dimensionless Magnitudes In The Problem Of A Dielectric Interface Under Unipolar Injection
The Dynamics Of Thin Vibrated Granular Layers
Instabilities In A Free Granular Fluid Described By The Enskog Equation
The Dynamics Of Thin Vibrated Granular Layers
Instabilities In A Free Granular Fluid Described By The Enskog Equation
Impurities In Inelastic Maxwell Models
Instabilities In A Free Granular Fluid Described By The Enskog Equation
Impurities In Inelastic Maxwell Models
Inherent Rheology Of A Granular Fluid In Uniform Shear Flow
Impurities In Inelastic Maxwell Models
Inherent Rheology Of A Granular Fluid In Uniform Shear Flow
Diffusion Of Impurities In A Granular Gas
Inherent Rheology Of A Granular Fluid In Uniform Shear Flow
Diffusion Of Impurities In A Granular Gas
On The Einstein Relation In A Heated Granular Gas
Diffusion Of Impurities In A Granular Gas
On The Einstein Relation In A Heated Granular Gas
The Electric Pressure Jump In The Hydraulic Model In A Non-Ohmic/non-Ohmic Fluid Interface
On The Einstein Relation In A Heated Granular Gas
The Electric Pressure Jump In The Hydraulic Model In A Non-Ohmic/non-Ohmic Fluid Interface
Shear Viscosity For A Moderately Dense Granular Binary Mixture
The Electric Pressure Jump In The Hydraulic Model In A Non-Ohmic/non-Ohmic Fluid Interface
Shear Viscosity For A Moderately Dense Granular Binary Mixture
Quantitative Temperature Imaging In Gas-Phase Turbulent Thermal Convection By Laser-Induced Fluorescence Of Acetone
Shear Viscosity For A Moderately Dense Granular Binary Mixture
Quantitative Temperature Imaging In Gas-Phase Turbulent Thermal Convection By Laser-Induced Fluorescence Of Acetone
Effect Of Energy Nonequipartition On The Transport Properties In A Granular Mixture
Quantitative Temperature Imaging In Gas-Phase Turbulent Thermal Convection By Laser-Induced Fluorescence Of Acetone
Effect Of Energy Nonequipartition On The Transport Properties In A Granular Mixture
Shear Viscosity For A Moderately Dense Granular Binary Mixture
Effect Of Energy Nonequipartition On The Transport Properties In A Granular Mixture
Shear Viscosity For A Moderately Dense Granular Binary Mixture
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Shear Viscosity For A Moderately Dense Granular Binary Mixture
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Energy Nonequipartition In A Sheared Granular Mixture
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Energy Nonequipartition In A Sheared Granular Mixture
Nonlinear Transport In Inelastic Maxwell Mixtures Under Simple Shear Flow
Energy Nonequipartition In A Sheared Granular Mixture
Nonlinear Transport In Inelastic Maxwell Mixtures Under Simple Shear Flow
The Combined Effect Of Polarization And Free Surface Charges On The Electric Pressure Jump In An Ohmic/ohmic Fluid Interface
Nonlinear Transport In Inelastic Maxwell Mixtures Under Simple Shear Flow
The Combined Effect Of Polarization And Free Surface Charges On The Electric Pressure Jump In An Ohmic/ohmic Fluid Interface
Corona-Induced Electrohydrodynamic Instabilities In Low Conducting Liquids
The Combined Effect Of Polarization And Free Surface Charges On The Electric Pressure Jump In An Ohmic/ohmic Fluid Interface
Corona-Induced Electrohydrodynamic Instabilities In Low Conducting Liquids
Kinetic Theory Of Gases In Shear Flows: Nonlinear Transport
Corona-Induced Electrohydrodynamic Instabilities In Low Conducting Liquids
Kinetic Theory Of Gases In Shear Flows: Nonlinear Transport
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Kinetic Theory Of Gases In Shear Flows: Nonlinear Transport
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Monte Carlo Simulation Of The Homogeneous Cooling State For A Granular Mixture
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Monte Carlo Simulation Of The Homogeneous Cooling State For A Granular Mixture
Transport Coefficients Of A Heated Granular Gas
Monte Carlo Simulation Of The Homogeneous Cooling State For A Granular Mixture
Transport Coefficients Of A Heated Granular Gas
Rheological Properties In A Low-Density Granular Mixture
Transport Coefficients Of A Heated Granular Gas
Rheological Properties In A Low-Density Granular Mixture
Kinetic Temperatures For A Granular Mixture
Rheological Properties In A Low-Density Granular Mixture
Kinetic Temperatures For A Granular Mixture
Exact Solution Of The Gross-Krook Kinetic Model For A Multicomponent Gas In Steady Couette Flow
Kinetic Temperatures For A Granular Mixture
Exact Solution Of The Gross-Krook Kinetic Model For A Multicomponent Gas In Steady Couette Flow
Tracer Diffusion In Granular Shear Flows
Exact Solution Of The Gross-Krook Kinetic Model For A Multicomponent Gas In Steady Couette Flow
Tracer Diffusion In Granular Shear Flows
Hydrodynamics For A Granular Binary Mixture At Low Density
Tracer Diffusion In Granular Shear Flows
Hydrodynamics For A Granular Binary Mixture At Low Density
Instability In A Non-Ohmic/ohmic Fluid Interface Under A Perpendicular Electric Field And Unipolar Injection
Hydrodynamics For A Granular Binary Mixture At Low Density
Instability In A Non-Ohmic/ohmic Fluid Interface Under A Perpendicular Electric Field And Unipolar Injection
Nonlinear Couette Flow In A Low Density Granular Gas
Instability In A Non-Ohmic/ohmic Fluid Interface Under A Perpendicular Electric Field And Unipolar Injection
Nonlinear Couette Flow In A Low Density Granular Gas
Heat And Momentum Transport In A Multicomponent Mixture Far From Equilibrium
Nonlinear Couette Flow In A Low Density Granular Gas
Heat And Momentum Transport In A Multicomponent Mixture Far From Equilibrium
Mobility And Diffusion In Granular Fluids
Heat And Momentum Transport In A Multicomponent Mixture Far From Equilibrium
Mobility And Diffusion In Granular Fluids
Nonlinear Transport In A Binary Mixture In The Presence Of Gravitation
Mobility And Diffusion In Granular Fluids
Nonlinear Transport In A Binary Mixture In The Presence Of Gravitation
Stability Of A Layer Of Dielectric Fluid Subjected To Corona Discharge: Long Wave Approach
Nonlinear Transport In A Binary Mixture In The Presence Of Gravitation
Stability Of A Layer Of Dielectric Fluid Subjected To Corona Discharge: Long Wave Approach
Shear-Rate Dependent Transport Coefficients In A Binary Mixture Of Maxwell Molecules
Stability Of A Layer Of Dielectric Fluid Subjected To Corona Discharge: Long Wave Approach
Shear-Rate Dependent Transport Coefficients In A Binary Mixture Of Maxwell Molecules
Monte Carlo Simulation Of Nonlinear Couette Flow In A Dilute Gas
Shear-Rate Dependent Transport Coefficients In A Binary Mixture Of Maxwell Molecules
Monte Carlo Simulation Of Nonlinear Couette Flow In A Dilute Gas
Electrical Current Density In A Sheared Dilute Gas
Monte Carlo Simulation Of Nonlinear Couette Flow In A Dilute Gas
Electrical Current Density In A Sheared Dilute Gas
Homogeneous Cooling State For A Granular Mixture
Electrical Current Density In A Sheared Dilute Gas
Homogeneous Cooling State For A Granular Mixture
Dense Fluid Transport For Inelastic Hard Spheres
Homogeneous Cooling State For A Granular Mixture
Dense Fluid Transport For Inelastic Hard Spheres
Kinetic Theory Of Simple Granular Shear Flows Of Smooth Hard Spheres
Dense Fluid Transport For Inelastic Hard Spheres
Kinetic Theory Of Simple Granular Shear Flows Of Smooth Hard Spheres
Simple And Accurate Theory For Strong Shock Waves In A Dense Hard-Sphere Fluid
Kinetic Theory Of Simple Granular Shear Flows Of Smooth Hard Spheres
Simple And Accurate Theory For Strong Shock Waves In A Dense Hard-Sphere Fluid
Influence Of Gravity On Nonlinear Transport In The Planar Couette Flow
Simple And Accurate Theory For Strong Shock Waves In A Dense Hard-Sphere Fluid
Influence Of Gravity On Nonlinear Transport In The Planar Couette Flow
Nonlinear Couette Flow In A Dilute Gas: Comparison Between Theory And Molecular-Dynamics Simulation
Influence Of Gravity On Nonlinear Transport In The Planar Couette Flow
Nonlinear Couette Flow In A Dilute Gas: Comparison Between Theory And Molecular-Dynamics Simulation
Electrical Conductivity In A Dilute Gas Far From Equilibrium
Nonlinear Couette Flow In A Dilute Gas: Comparison Between Theory And Molecular-Dynamics Simulation
Electrical Conductivity In A Dilute Gas Far From Equilibrium
Mutual Diffusion In A Binary Mixture Under Shear Flow
Electrical Conductivity In A Dilute Gas Far From Equilibrium
Mutual Diffusion In A Binary Mixture Under Shear Flow
Strong Shock Waves In A Dense Gas: Burnett Theory Versus Monte Carlo Simulation
Mutual Diffusion In A Binary Mixture Under Shear Flow
Strong Shock Waves In A Dense Gas: Burnett Theory Versus Monte Carlo Simulation
Kinetic Model For Uniform Shear Flow
Strong Shock Waves In A Dense Gas: Burnett Theory Versus Monte Carlo Simulation
Kinetic Model For Uniform Shear Flow
On The Validity Of A Variational Principle For Multicomponent Systems
Kinetic Model For Uniform Shear Flow
On The Validity Of A Variational Principle For Multicomponent Systems
Nonlinear Transport For A Dilute Gas In Steady Couette Flow
On The Validity Of A Variational Principle For Multicomponent Systems
Nonlinear Transport For A Dilute Gas In Steady Couette Flow
Tracer Limit In A Gas Mixture Under Shear Flow With Repulsive Interactions
Nonlinear Transport For A Dilute Gas In Steady Couette Flow
Tracer Limit In A Gas Mixture Under Shear Flow With Repulsive Interactions
Distribution Function For Large Velocities Of A Two-Dimensional Gas Under Shear Flow
Tracer Limit In A Gas Mixture Under Shear Flow With Repulsive Interactions
Distribution Function For Large Velocities Of A Two-Dimensional Gas Under Shear Flow
Nonlinear Heat Transport In A Dilute Gas In The Presence Of Gravitation
Distribution Function For Large Velocities Of A Two-Dimensional Gas Under Shear Flow
Nonlinear Heat Transport In A Dilute Gas In The Presence Of Gravitation
Kinetic Models For Diffusion Generated By An External Force
Nonlinear Heat Transport In A Dilute Gas In The Presence Of Gravitation
Kinetic Models For Diffusion Generated By An External Force
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Kinetic Models For Diffusion Generated By An External Force
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Tracer Diffusion Under Heat And Momentum Transport For General Repulsive Potentials
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Tracer Diffusion Under Heat And Momentum Transport For General Repulsive Potentials
Uniform Shear Flow In A Binary Mixture With General Repulsive Interactions
Tracer Diffusion Under Heat And Momentum Transport For General Repulsive Potentials
Uniform Shear Flow In A Binary Mixture With General Repulsive Interactions
Monte Carlo Simulation Of The Boltzmann Equation For Uniform Shear Flow
Uniform Shear Flow In A Binary Mixture With General Repulsive Interactions
Monte Carlo Simulation Of The Boltzmann Equation For Uniform Shear Flow
Singular Behavior Of The Velocity Moments Of A Dilute Gas Under Uniform Shear Flow
Monte Carlo Simulation Of The Boltzmann Equation For Uniform Shear Flow
Singular Behavior Of The Velocity Moments Of A Dilute Gas Under Uniform Shear Flow
Non-Equilibrium Phase Transition In A Binary Mixture
Singular Behavior Of The Velocity Moments Of A Dilute Gas Under Uniform Shear Flow
Non-Equilibrium Phase Transition In A Binary Mixture
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Non-Equilibrium Phase Transition In A Binary Mixture
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Heat Transport In A Dilute Gas Under Uniform Shear Flow
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Heat Transport In A Dilute Gas Under Uniform Shear Flow
Shock Waves In A Dense Gas
Heat Transport In A Dilute Gas Under Uniform Shear Flow
Shock Waves In A Dense Gas
Thermal Transport Generated By An External Force In A Sheared Dilute Gas
Shock Waves In A Dense Gas
Thermal Transport Generated By An External Force In A Sheared Dilute Gas
Tracer Diffusion Under Shear Flow For General Repulsive Interactions
Thermal Transport Generated By An External Force In A Sheared Dilute Gas
Tracer Diffusion Under Shear Flow For General Repulsive Interactions
Tracer Diffusion Far From Equilibrium
Tracer Diffusion Under Shear Flow For General Repulsive Interactions
Tracer Diffusion Far From Equilibrium
Does The Gaussian Thermostat Maximize The Phase-Space Compression Factor?
Tracer Diffusion Far From Equilibrium
Does The Gaussian Thermostat Maximize The Phase-Space Compression Factor?
Analysis On The Stability Of The Uniform Shear Flow From A Monte Carlo Simulation Of The Boltzmann Equation
Does The Gaussian Thermostat Maximize The Phase-Space Compression Factor?
Analysis On The Stability Of The Uniform Shear Flow From A Monte Carlo Simulation Of The Boltzmann Equation
On The Validity Of A Variational Principle For Far-From-Equilibrium Steady States.
Analysis On The Stability Of The Uniform Shear Flow From A Monte Carlo Simulation Of The Boltzmann Equation
On The Validity Of A Variational Principle For Far-From-Equilibrium Steady States.
Exact Moment Solution Of The Boltzmann Equation For Uniform Shear Flow
On The Validity Of A Variational Principle For Far-From-Equilibrium Steady States.
Exact Moment Solution Of The Boltzmann Equation For Uniform Shear Flow
Comparison Between The Boltzmann And Bgk Equations For Uniform Shear Flow
Exact Moment Solution Of The Boltzmann Equation For Uniform Shear Flow
Comparison Between The Boltzmann And Bgk Equations For Uniform Shear Flow
Diffusion In A Gaseous Dilute Solution Under Heat And Momentum Transport
Comparison Between The Boltzmann And Bgk Equations For Uniform Shear Flow
Diffusion In A Gaseous Dilute Solution Under Heat And Momentum Transport
Transport Properties In A Binary Mixture Under Shear Flow
Diffusion In A Gaseous Dilute Solution Under Heat And Momentum Transport
Transport Properties In A Binary Mixture Under Shear Flow
Heat Flux Induced By An External Force In A Strongly Shearing Dilute Gas
Transport Properties In A Binary Mixture Under Shear Flow
Heat Flux Induced By An External Force In A Strongly Shearing Dilute Gas
Kinetic Model For Heat And Momentum Transport
Heat Flux Induced By An External Force In A Strongly Shearing Dilute Gas
Kinetic Model For Heat And Momentum Transport
Erratum: Singular Behavior Of Shear Flow Far From Equilibrium (Physical Review Letters (1994) 72, 9, (1392))
Kinetic Model For Heat And Momentum Transport
Erratum: Singular Behavior Of Shear Flow Far From Equilibrium (Physical Review Letters (1994) 72, 9, (1392))
Nonlinear Transport In A Dilute Binary Mixture Of Mechanically Different Particles
Erratum: Singular Behavior Of Shear Flow Far From Equilibrium (Physical Review Letters (1994) 72, 9, (1392))
Nonlinear Transport In A Dilute Binary Mixture Of Mechanically Different Particles
Monte Carlo Simulation Of The Boltzmann Equation For Steady Fourier Flow
Nonlinear Transport In A Dilute Binary Mixture Of Mechanically Different Particles
Monte Carlo Simulation Of The Boltzmann Equation For Steady Fourier Flow
On The Burnett Equations For A Dense Monatomic Hard-Sphere Gas
Monte Carlo Simulation Of The Boltzmann Equation For Steady Fourier Flow
On The Burnett Equations For A Dense Monatomic Hard-Sphere Gas
Kinetic Model For Transport Around Uniform Shear Flow
On The Burnett Equations For A Dense Monatomic Hard-Sphere Gas
Kinetic Model For Transport Around Uniform Shear Flow
Thermal Conductivity Of A Dilute Gas In A Thermostated Shear-Flow State
Kinetic Model For Transport Around Uniform Shear Flow
Thermal Conductivity Of A Dilute Gas In A Thermostated Shear-Flow State
Analysis Of The Evans And Baranyai Variational Principle In Dilute Gases
Thermal Conductivity Of A Dilute Gas In A Thermostated Shear-Flow State
Analysis Of The Evans And Baranyai Variational Principle In Dilute Gases
Color Conductivity Induced By A Shear-Rate Dependent Color Field
Analysis Of The Evans And Baranyai Variational Principle In Dilute Gases
Color Conductivity Induced By A Shear-Rate Dependent Color Field
Heat And Momentum Transport In A Gaseous Dilute Solution
Color Conductivity Induced By A Shear-Rate Dependent Color Field
Heat And Momentum Transport In A Gaseous Dilute Solution
Singular Behavior Of Shear Flow Far From Equilibrium
Heat And Momentum Transport In A Gaseous Dilute Solution
Singular Behavior Of Shear Flow Far From Equilibrium
Effect Of Mass-Ratio Dependence Of The Force Law For Tracer Diffusion In Shear-Flow
Singular Behavior Of Shear Flow Far From Equilibrium
Effect Of Mass-Ratio Dependence Of The Force Law For Tracer Diffusion In Shear-Flow
Effect Of Mass-Ratio Dependence Of The Force Law For Tracer Diffusion In Shear Flow
Effect Of Mass-Ratio Dependence Of The Force Law For Tracer Diffusion In Shear-Flow
Effect Of Mass-Ratio Dependence Of The Force Law For Tracer Diffusion In Shear Flow
Kinetic Models For Diffusion In Shear Flow
Effect Of Mass-Ratio Dependence Of The Force Law For Tracer Diffusion In Shear Flow
Kinetic Models For Diffusion In Shear Flow
An Exact Solution Of The Boltzmann Equation For A Binary Mixtue
Kinetic Models For Diffusion In Shear Flow
An Exact Solution Of The Boltzmann Equation For A Binary Mixtue
Nonlinear Mass And Momentum Transport In A Dilute Gas
An Exact Solution Of The Boltzmann Equation For A Binary Mixtue
Nonlinear Mass And Momentum Transport In A Dilute Gas
Self-Diffusion In A Dilute Gas Under Heat And Momentum Transport
Nonlinear Mass And Momentum Transport In A Dilute Gas
Self-Diffusion In A Dilute Gas Under Heat And Momentum Transport
Comparison Between The Homogeneous-Shear And The Sliding-Boundary Methods To Produce Shear Flow
Self-Diffusion In A Dilute Gas Under Heat And Momentum Transport
Comparison Between The Homogeneous-Shear And The Sliding-Boundary Methods To Produce Shear Flow
Transport Equations From The Liu Model
Comparison Between The Homogeneous-Shear And The Sliding-Boundary Methods To Produce Shear Flow
Transport Equations From The Liu Model
Tracer Diffusion In Shear-Flow
Transport Equations From The Liu Model
Tracer Diffusion In Shear-Flow
Exact Solution Of The Boltzmann Equation In The Homogeneous Color Conductivity Problem
Tracer Diffusion In Shear-Flow
Exact Solution Of The Boltzmann Equation In The Homogeneous Color Conductivity Problem
Divergence Of The Nonlinear Thermal Conductivity In The Homogeneous Heat Flow
Exact Solution Of The Boltzmann Equation In The Homogeneous Color Conductivity Problem
Divergence Of The Nonlinear Thermal Conductivity In The Homogeneous Heat Flow
Influence Of Nonconservative External Forces On Self-Diffusion In Dilute Gases
Divergence Of The Nonlinear Thermal Conductivity In The Homogeneous Heat Flow
Influence Of Nonconservative External Forces On Self-Diffusion In Dilute Gases
A Kinetic Model For A Multicomponent Gas
Influence Of Nonconservative External Forces On Self-Diffusion In Dilute Gases
A Kinetic Model For A Multicomponent Gas
Perturbative Solution Of The Bgk Equation For Very Hard Particle Interaction
A Kinetic Model For A Multicomponent Gas
Perturbative Solution Of The Bgk Equation For Very Hard Particle Interaction
On The Derivation Of The Burnett Hydrodynamic Equations From The Hilbert Expansion
Perturbative Solution Of The Bgk Equation For Very Hard Particle Interaction
On The Derivation Of The Burnett Hydrodynamic Equations From The Hilbert Expansion
The Hilbert Expansion Of The Bgk Equation
On The Derivation Of The Burnett Hydrodynamic Equations From The Hilbert Expansion
The Hilbert Expansion Of The Bgk Equation
Transport Properties In Disparate-Mass Binary Gases
The Hilbert Expansion Of The Bgk Equation
Transport Properties In Disparate-Mass Binary Gases
Generalized Transport Coefficients In A Gas With Large Shear Rate
Transport Properties In Disparate-Mass Binary Gases
Generalized Transport Coefficients In A Gas With Large Shear Rate
Coupling Between Shear Flow And Temperature Gradient For The Very Hard Particles Interaction
Generalized Transport Coefficients In A Gas With Large Shear Rate
Coupling Between Shear Flow And Temperature Gradient For The Very Hard Particles Interaction
Kinetic Model For Transport In Granular Mixtures
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