PUBLICACIÓN

Effect of random forcing in the rheology of granular simple flows

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Vega Reyes F.

2011 AIP Conference Proceedings

Physics and Astronomy (miscellaneous)

SJR: 0.161

CITAS

0

DOI

10.1063/1.3562675

EID

2-s2.0-80054041605

ISSN

0094-243X

EISSN

1551-7616

ISBN

9780735408890

BIBTEX

@article{RID:0331161316636-15, title = {Effect of random forcing in the rheology of granular simple flows}, journal = {27th International Symposium on Rarefied Gas Dynamics, 2010, Pts One and Two}, year = {2011}, author = {Vega Reyes, F. and Levin, DA and Wysong, IJ and Garcia, AL}, volume = {1333}, pages = {360-365} }

AUTORES DE LA UEX

Francisco Vega Reyes

OTRAS PUBLICACIONES DE INTERÉS

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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
Diffusive Regimes In A Two-Dimensional Chiral Fluid
Diffusion And Velocity Correlations Of The Phase Transitions In A System Of Macroscopic Rolling Spheres
Diffusive Regimes In A Two-Dimensional Chiral Fluid
Memory Effects In A Gas Of Viscoelastic Particles
Diffusive Regimes In A Two-Dimensional Chiral Fluid
Memory Effects In A Gas Of Viscoelastic Particles
Pseudo-Two-Dimensional Dynamics In A System Of Macroscopic Rolling Spheres
Memory Effects In A Gas Of Viscoelastic Particles
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
Zero-Gravity Thermal Convection In Granular Gases
Wave Damping Of A Sloshing Wave By An Interacting Turbulent Vortex Flow
Zero-Gravity Thermal Convection In Granular Gases
Time Evolution Of The Microscopic State Of An Athermal Fluid
Zero-Gravity Thermal Convection In Granular Gases
Time Evolution Of The Microscopic State Of An Athermal Fluid
Acoustic Resonances In A Confined Set Of Macroscopic Disks
Time Evolution Of The Microscopic State Of An Athermal Fluid
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
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Statistical Properties Of A Granular Gas Fluidized By Turbulent Air Wakes
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
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
On The Emergence Of Large And Complex Memory Effects In Nonequilibrium Fluids
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
Inherent Thermal Convection In A Granular Gas Inside A Box Under A Gravity Field
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
Energy Nonequipartition In Gas Mixtures Of Inelastic Rough Hard Spheres: The Tracer Limit
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
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
Thermal Convection In Granular Gases With Dissipative Lateral Walls
Dissipative Lateral Walls Are Sufficient To Trigger Convection In Vibrated Granular Gases
Thermal Convection In Granular Gases With Dissipative Lateral Walls
Steady State In A Gas Of Inelastic Rough Spheres Heated By A Uniform Stochastic Force
Thermal Convection In Granular Gases With Dissipative Lateral Walls
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
Thermal Diffusion Segregation Of An Impurity In A Driven Granular Fluid
Non-Newtonian Hydrodynamics For A Dilute Granular Suspension Under Uniform Shear Flow
Thermal Diffusion Segregation Of An Impurity In A Driven Granular Fluid
Role Of Roughness On The Hydrodynamic Homogeneous Base State Of Inelastic Spheres
Thermal Diffusion Segregation Of An Impurity In A Driven Granular Fluid
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
Properties Of The Homogeneous Cooling State Of A Gas Of Inelastic Rough Particles
Hydrodynamic Granular Segregation Induced By Boundary Heating And Shear
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
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Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
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Transport Properties For Driven Granular Fluids In Situations Close To Homogeneous Steady States
Homogeneous States In Granular Fluids Driven By Thermostats
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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
Computer Simulations Of An Impurity In A Granular Gas Under Planar Couette Flow
Segregation Of An Intruder In A Heated Granular Dense Gas
Computer Simulations Of An Impurity In A Granular Gas Under Planar Couette Flow
Class Of Dilute Granular Couette Flows With Uniform Heat Flux
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Class Of Dilute Granular Couette Flows With Uniform Heat Flux
Effect Of Random Forcing In The Rheology Of Granular Simple Flows
Class Of Dilute Granular Couette Flows With Uniform Heat Flux
Effect Of Random Forcing In The Rheology Of Granular Simple Flows
Non-Newtonian Granular Hydrodynamics. What Do The Inelastic Simple Shear Flow And The Elastic Fourier Flow Have In Common?
Effect Of Random Forcing In The Rheology Of Granular Simple Flows
Non-Newtonian Granular Hydrodynamics. What Do The Inelastic Simple Shear Flow And The Elastic Fourier Flow Have In Common?
Segregation By Thermal Diffusion In Granular Shear Flows
Non-Newtonian Granular Hydrodynamics. What Do The Inelastic Simple Shear Flow And The Elastic Fourier Flow Have In Common?
Segregation By Thermal Diffusion In Granular Shear Flows
An Exact Solution Of The Inelastic Boltzmann Equation For The Couette Flow With Uniform Heat Flux
Segregation By Thermal Diffusion In Granular Shear Flows
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
Rheological Properties Of A Granular Impurity In The Couette Flow
Modified Sonine Approximation For Granular Binary 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
Granular Mixtures Modeled As Elastic Hard Spheres Subject To A Drag Force
Geometric Properties Of The Patterns Observed In Low Conducting Liquids Under Corona Discharge
Granular Mixtures Modeled As Elastic Hard Spheres Subject To A Drag Force
Pattern Imaging Of Primary And Secondary Electrohydrodynamic Instabilities
Granular Mixtures Modeled As Elastic Hard Spheres Subject To A Drag Force
Pattern Imaging Of Primary And Secondary Electrohydrodynamic Instabilities
On The Dimensionless Magnitudes In The Problem Of A Dielectric Interface Under Unipolar Injection
Pattern Imaging Of Primary And Secondary Electrohydrodynamic Instabilities
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
The Electric Pressure Jump In The Hydraulic Model In A Non-Ohmic/non-Ohmic Fluid Interface
The Dynamics Of Thin Vibrated Granular Layers
The Electric Pressure Jump In The Hydraulic Model In A Non-Ohmic/non-Ohmic Fluid Interface
Quantitative Temperature Imaging In Gas-Phase Turbulent Thermal Convection By Laser-Induced Fluorescence Of Acetone
The Electric Pressure Jump In The Hydraulic Model In A Non-Ohmic/non-Ohmic Fluid Interface
Quantitative Temperature Imaging In Gas-Phase Turbulent Thermal Convection By Laser-Induced Fluorescence Of Acetone
The Combined Effect Of Polarization And Free Surface Charges On The Electric Pressure Jump In An Ohmic/ohmic Fluid Interface
Quantitative Temperature Imaging In Gas-Phase Turbulent Thermal Convection By Laser-Induced Fluorescence Of Acetone
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
Instability In A Non-Ohmic/ohmic Fluid Interface Under A Perpendicular Electric Field And Unipolar Injection
Corona-Induced Electrohydrodynamic Instabilities In Low Conducting Liquids
Instability In A Non-Ohmic/ohmic Fluid Interface Under A Perpendicular Electric Field And Unipolar Injection
Stability Of A Layer Of Dielectric Fluid Subjected To Corona Discharge: Long Wave Approach
Instability In A Non-Ohmic/ohmic Fluid Interface Under A Perpendicular Electric Field And Unipolar Injection
Stability Of A Layer Of Dielectric Fluid Subjected To Corona Discharge: Long Wave Approach
Spin And Velocity Correlations In A Confined Two-Dimensional Fluid Of Disk-Shaped Active Rotors
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