PUBLICACIÓN

Numerical simulation of electrospray in the cone-jet mode

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Herrada M.A., Lopez-Herrera J.M., Ganan-Calvo A.M., Vega E.J., Montanero J.M., Popinet S.

2012 PHYSICAL REVIEW E

Condensed Matter Physics (Q1), Statistical and Nonlinear Physics (Q1), Statistics and Probability (Q1)

JCR: 2.313

SJR: 1.414

CITAS

96

DOI

10.1103/physreve.86.026305

EID

2-s2.0-84864990342

ISSN

1539-3755

EISSN

1550-2376

BIBTEX

@article{Vega2012,title = {Numerical simulation of electrospray in the cone-jet mode},journal = {Physical Review E - Statistical, Nonlinear, and Soft Matter Physics},year = {2012},volume = {86},number = {2},author = {Herrada, M.A. and L{\'o}pez-Herrera, J.M. and Ga{\~n}{\'a}n-Calvo, A.M. and Vega, E.J. and Montanero, J.M. and Popinet, S.}}

AUTORES DE LA UEX

Emilio José Vega Rodríguez
José María Montanero Fernández

OTRAS PUBLICACIONES DE INTERÉS

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Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
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Tip Streaming Of Simple And Complex Fluids
A Novel Microfluidic Method To Produce Monodisperse Micrometer Bubbles
Tip Streaming Of Simple And Complex Fluids
Stable Production Of Fluid Jets With Vanishing Diameters Via Tip Streaming
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Stable Production Of Fluid Jets With Vanishing Diameters Via Tip Streaming
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
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Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Experimental Investigation Of The Stability Of Electrospray Cone-Jet Formation For Weakly Viscoelastic Fluids
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Experimental Investigation Of The Stability Of Electrospray Cone-Jet Formation For Weakly Viscoelastic Fluids
Influence Of A Surfactant On Bubble Bursting
Experimental Investigation Of The Stability Of Electrospray Cone-Jet Formation For Weakly Viscoelastic Fluids
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Global Stability Analysis Of Hydrodynamic Focusing In The Presence Of A Soluble Surfactant
Influence Of A Surfactant On Bubble Bursting
Global Stability Analysis Of Hydrodynamic Focusing In The Presence Of A Soluble Surfactant
On The Electrohydrodynamic Jet Printing Of Two-Dimensional Material-Based Inks For Printed Electronics
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On The Electrohydrodynamic Jet Printing Of Two-Dimensional Material-Based Inks For Printed Electronics
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Global Stability Analysis Of Axisymmetric Liquid–liquid Flow Focusing
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Dripping, Jetting And Tip Streaming
Influence Of The Dynamical Free Surface Deformation On The Stability Of Thermal Convection In High-Prandtl-Number Liquid Bridges
Influence Of The Surface Viscous Stress On The Pinch-Off Of Free Surfaces Loaded With Nearly-Inviscid Surfactants
Influence Of The Dynamical Free Surface Deformation On The Stability Of Thermal Convection In High-Prandtl-Number Liquid Bridges
Influence Of The Surface Viscous Stress On The Pinch-Off Of Free Surfaces Loaded With Nearly-Inviscid Surfactants
Experimental Analysis Of The Extensional Flow Of Very Weakly Viscoelastic Polymer Solutions
Influence Of The Surface Viscous Stress On The Pinch-Off Of Free Surfaces Loaded With Nearly-Inviscid Surfactants
Experimental Analysis Of The Extensional Flow Of Very Weakly Viscoelastic Polymer Solutions
Review On The Dynamics Of Isothermal Liquid Bridges
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Review On The Dynamics Of Isothermal Liquid Bridges
Fast, Flexible And Low-Cost Multiphase Blood Analogue For Biomedical And Energy Applications
Review On The Dynamics Of Isothermal Liquid Bridges
Fast, Flexible And Low-Cost Multiphase Blood Analogue For Biomedical And Energy Applications
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A Simple Emulsification Technique For The Production Of Micro-Sized Flexible Powder Of Polydimethylsiloxane (Pdms)
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Analogue Fluids For Cell Deformability Studies In Microfluidic Devices
Numerical Model To Predict And Compare The Hypotensive Efficacy And Safety Of Minimally Invasive Glaucoma Surgery Devices
Analogue Fluids For Cell Deformability Studies In Microfluidic Devices
Numerical Model To Predict And Compare The Hypotensive Efficacy And Safety Of Minimally Invasive Glaucoma Surgery Devices
Stability Of A Jet Moving In A Rectangular Microchannel
Numerical Model To Predict And Compare The Hypotensive Efficacy And Safety Of Minimally Invasive Glaucoma Surgery Devices
Stability Of A Jet Moving In A Rectangular Microchannel
Electrospray Cone-Jet Mode For Weakly Viscoelastic Liquids
Stability Of A Jet Moving In A Rectangular Microchannel
Electrospray Cone-Jet Mode For Weakly Viscoelastic Liquids
Influence Of An Iris-Fixed Phakic Intraocular Lens On The Transport Of Nutrients By The Aqueous Humor
Electrospray Cone-Jet Mode For Weakly Viscoelastic Liquids
Influence Of An Iris-Fixed Phakic Intraocular Lens On The Transport Of Nutrients By The Aqueous Humor
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Influence Of An Iris-Fixed Phakic Intraocular Lens On The Transport Of Nutrients By The Aqueous Humor
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Complex Behavior Very Close To The Pinching Of A Liquid Free Surface
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Complex Behavior Very Close To The Pinching Of A Liquid Free Surface
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Complex Behavior Very Close To The Pinching Of A Liquid Free Surface
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Magnetic Pdms Microparticles For Biomedical And Energy Applications
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Magnetic Pdms Microparticles For Biomedical And Energy Applications
Cell Deformability Studies For Clinical Diagnostics: Tests With Blood Analogue Fluids Using A Drop Based Microfluidic Device
Magnetic Pdms Microparticles For Biomedical And Energy Applications
Cell Deformability Studies For Clinical Diagnostics: Tests With Blood Analogue Fluids Using A Drop Based Microfluidic Device
Review On The Physics Of Electrospray: From Electrokinetics To The Operating Conditions Of Single And Coaxial Taylor Cone-Jets, And Ac Electrospray
Cell Deformability Studies For Clinical Diagnostics: Tests With Blood Analogue Fluids Using A Drop Based Microfluidic Device
Review On The Physics Of Electrospray: From Electrokinetics To The Operating Conditions Of Single And Coaxial Taylor Cone-Jets, And Ac Electrospray
The Steady Cone-Jet Mode Of Electrospraying Close To The Minimum Volume Stability Limit
Review On The Physics Of Electrospray: From Electrokinetics To The Operating Conditions Of Single And Coaxial Taylor Cone-Jets, And Ac Electrospray
The Steady Cone-Jet Mode Of Electrospraying Close To The Minimum Volume Stability Limit
On The Validity Of The Jeffreys (Oldroyd-B) Model To Describe The Oscillations Of A Viscoelastic Pendant Drop
The Steady Cone-Jet Mode Of Electrospraying Close To The Minimum Volume Stability Limit
On The Validity Of The Jeffreys (Oldroyd-B) Model To Describe The Oscillations Of A Viscoelastic Pendant Drop
Erratum: Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop [Phys. Rev. Lett. 118, 024501 (2017)
On The Validity Of The Jeffreys (Oldroyd-B) Model To Describe The Oscillations Of A Viscoelastic Pendant Drop
Erratum: Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop [Phys. Rev. Lett. 118, 024501 (2017)
Stabilization Of Axisymmetric Liquid Bridges Through Vibration-Induced Pressure Fields
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Stabilization Of Axisymmetric Liquid Bridges Through Vibration-Induced Pressure Fields
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Stabilization Of Axisymmetric Liquid Bridges Through Vibration-Induced Pressure Fields
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Computational Simulation Of Aqueous Humour Dynamics In The Presence Of A Posterior-Chamber Versus Iris-Fixed Phakic Intraocular Lens
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Computational Simulation Of Aqueous Humour Dynamics In The Presence Of A Posterior-Chamber Versus Iris-Fixed Phakic Intraocular Lens
Numerical Analysis Of The Pressure Drop Across Highly-Eccentric Coronary Stenoses: Application To The Calculation Of The Fractional Flow Reserve
Computational Simulation Of Aqueous Humour Dynamics In The Presence Of A Posterior-Chamber Versus Iris-Fixed Phakic Intraocular Lens
Numerical Analysis Of The Pressure Drop Across Highly-Eccentric Coronary Stenoses: Application To The Calculation Of The Fractional Flow Reserve
Smooth Printing Of Viscoelastic Microfilms With A Flow Focusing Ejector
Numerical Analysis Of The Pressure Drop Across Highly-Eccentric Coronary Stenoses: Application To The Calculation Of The Fractional Flow Reserve
Smooth Printing Of Viscoelastic Microfilms With A Flow Focusing Ejector
Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop
Smooth Printing Of Viscoelastic Microfilms With A Flow Focusing Ejector
Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop
Suppressing Prompt Splash With Polymer Additives
Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop
Suppressing Prompt Splash With Polymer Additives
Measurement Of Relaxation Times In Extensional Flow Of Weakly Viscoelastic Polymer Solutions
Suppressing Prompt Splash With Polymer Additives
Measurement Of Relaxation Times In Extensional Flow Of Weakly Viscoelastic Polymer Solutions
Numerical And Experimental Analysis Of The Transitional Flow Across A Real Stenosis
Measurement Of Relaxation Times In Extensional Flow Of Weakly Viscoelastic Polymer Solutions
Numerical And Experimental Analysis Of The Transitional Flow Across A Real Stenosis
Global Stability Of Axisymmetric Flow Focusing
Numerical And Experimental Analysis Of The Transitional Flow Across A Real Stenosis
Global Stability Of Axisymmetric Flow Focusing
Mean Flow Produced By Small-Amplitude Vibrations Of A Liquid Bridge With Its Free Surface Covered With An Insoluble Surfactant
Global Stability Of Axisymmetric Flow Focusing
Mean Flow Produced By Small-Amplitude Vibrations Of A Liquid Bridge With Its Free Surface Covered With An Insoluble Surfactant
Linear And Nonlinear Dynamics Of An Insoluble Surfactant-Laden Liquid Bridge
Mean Flow Produced By Small-Amplitude Vibrations Of A Liquid Bridge With Its Free Surface Covered With An Insoluble Surfactant
Linear And Nonlinear Dynamics Of An Insoluble Surfactant-Laden Liquid Bridge
Effects Of Surface-Active Impurities On The Liquid Bridge Dynamics
Linear And Nonlinear Dynamics Of An Insoluble Surfactant-Laden Liquid Bridge
Effects Of Surface-Active Impurities On The Liquid Bridge Dynamics
The Effects Of Ambient Impurities On The Surface Tension
Effects Of Surface-Active Impurities On The Liquid Bridge Dynamics
The Effects Of Ambient Impurities On The Surface Tension
The Production Of Viscoelastic Capillary Jets With Gaseous Flow Focusing
The Effects Of Ambient Impurities On The Surface Tension
The Production Of Viscoelastic Capillary Jets With Gaseous Flow Focusing
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
The Production Of Viscoelastic Capillary Jets With Gaseous Flow Focusing
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Theoretical And Experimental Analysis Of The Steady Flow Across The Cylinderhead Of A Low-Capacity Engine
Analysis Of A Resonance Liquid Bridge Oscillation On Board Of The International Space Station
Theoretical And Experimental Analysis Of The Steady Flow Across The Cylinderhead Of A Low-Capacity Engine
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The Onset Of Electrospray: The Universal Scaling Laws Of The First Ejection
Analysis Of A Resonance Liquid Bridge Oscillation On Board Of The International Space Station
The Onset Of Electrospray: The Universal Scaling Laws Of The First Ejection
A Hybrid Flow Focusing Nozzle Design To Produce Micron And Sub-Micron Capillary Jets
The Onset Of Electrospray: The Universal Scaling Laws Of The First Ejection
A Hybrid Flow Focusing Nozzle Design To Produce Micron And Sub-Micron Capillary Jets
Monosized Dripping Mode Of Axisymmetric Flow Focusing
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Monosized Dripping Mode Of Axisymmetric Flow Focusing
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Dynamics Of An Axisymmetric Liquid Bridge Close To The Minimum-Volume Stability Limit
Production Of Microbubbles From Axisymmetric Flow Focusing In The Jetting Regime For Moderate Reynolds Numbers
Dynamics Of An Axisymmetric Liquid Bridge Close To The Minimum-Volume Stability Limit
Production Of Microbubbles From Axisymmetric Flow Focusing In The Jetting Regime For Moderate Reynolds Numbers
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
Production Of Microbubbles From Axisymmetric Flow Focusing In The Jetting Regime For Moderate Reynolds Numbers
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
An Experimental Technique To Produce Micrometer Waves On A Cylindrical Sub-Millimeter Free Surface
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
An Experimental Technique To Produce Micrometer Waves On A Cylindrical Sub-Millimeter Free Surface
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An Experimental Technique To Produce Micrometer Waves On A Cylindrical Sub-Millimeter Free Surface
Dynamical Response Of Liquid Bridges To A Step Change In The Mass Force Magnitude
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Dynamical Response Of Liquid Bridges To A Step Change In The Mass Force Magnitude
Modeling Infiltration Rates In A Saturated/unsaturated Soil Under The Free Draining Condition
How Does A Shear Boundary Layer Affect The Stability Of A Capillary Jet?
Modeling Infiltration Rates In A Saturated/unsaturated Soil Under The Free Draining Condition
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How Does A Shear Boundary Layer Affect The Stability Of A Capillary Jet?
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A New Flow Focusing Technique To Produce Very Thin Jets
Desarrollo De Competencias Éticas Durante El Aprendizaje Del Diseño De Una Instalación Industrial
A New Flow Focusing Technique To Produce Very Thin Jets
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A New Flow Focusing Technique To Produce Very Thin Jets
A Novel Technique For Producing Metallic Microjets And Microdrops
Experimental Analysis Of The Evolution Of An Electrified Drop Following High Voltage Switching
A Novel Technique For Producing Metallic Microjets And Microdrops
Experimental Analysis Of The Evolution Of An Electrified Drop Following High Voltage Switching
Dynamical Behavior Of Electrified Pendant Drops
Experimental Analysis Of The Evolution Of An Electrified Drop Following High Voltage Switching
Dynamical Behavior Of Electrified Pendant Drops
On The Use Of Hypodermic Needles In Electrospray
Dynamical Behavior Of Electrified Pendant Drops
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On The Use Of Hypodermic Needles In Electrospray
The Minimum Or Natural Rate Of Flow And Droplet Size Ejected By Taylor Cone-Jets: Physical Symmetries And Scaling Laws
On The Validity And Applicability Of The One-Dimensional Approximation In Cone-Jet Electrospray
The Minimum Or Natural Rate Of Flow And Droplet Size Ejected By Taylor Cone-Jets: Physical Symmetries And Scaling Laws
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Building Functional Materials For Health Care And Pharmacy From Microfluidic Principles And Flow Focusing
On The Validity And Applicability Of The One-Dimensional Approximation In Cone-Jet Electrospray
Building Functional Materials For Health Care And Pharmacy From Microfluidic Principles And Flow Focusing
Theoretical Investigation Of A Technique To Produce Microbubbles By A Microfluidic T Junction
Building Functional Materials For Health Care And Pharmacy From Microfluidic Principles And Flow Focusing
Theoretical Investigation Of A Technique To Produce Microbubbles By A Microfluidic T Junction
Surface Wave Damping
Theoretical Investigation Of A Technique To Produce Microbubbles By A Microfluidic T Junction
Surface Wave Damping
An Experimental Technique To Measure The Capillary Waves In Electrified Microjets
Surface Wave Damping
An Experimental Technique To Measure The Capillary Waves In Electrified Microjets
An Experimental Setup For The Study Of The Steady Air Flow In A Diesel Engine Chamber
An Experimental Technique To Measure The Capillary Waves In Electrified Microjets
An Experimental Setup For The Study Of The Steady Air Flow In A Diesel Engine Chamber
Numerical Simulation Of Electrospray In The Cone-Jet Mode
An Experimental Setup For The Study Of The Steady Air Flow In A Diesel Engine Chamber
Numerical Simulation Of Electrospray In The Cone-Jet Mode
Enhancement Of The Stability Of The Flow Focusing Technique For Low-Viscosity Liquids
Numerical Simulation Of Electrospray In The Cone-Jet Mode
Enhancement Of The Stability Of The Flow Focusing Technique For Low-Viscosity Liquids
Focusing Liquid Microjets With Nozzles
Enhancement Of The Stability Of The Flow Focusing Technique For Low-Viscosity Liquids
Focusing Liquid Microjets With Nozzles
Experimental And Numerical Investigation Of The Flow In A Micropump Model
Focusing Liquid Microjets With Nozzles
Experimental And Numerical Investigation Of The Flow In A Micropump Model
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Experimental And Numerical Investigation Of The Flow In A Micropump Model
Stability Of Liquid Bridges Between Coaxial Equidimensional Disks To Axisymmetric Finite Perturbations: A Review
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Stability Of Liquid Bridges Between Coaxial Equidimensional Disks To Axisymmetric Finite Perturbations: A Review
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Numerical Simulation Of A Liquid Bridge In A Coaxial Gas Flow
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Numerical Simulation Of A Liquid Bridge In A Coaxial Gas Flow
On The Validity Of A Universal Solution For Viscous Capillary Jets
Numerical Simulation Of A Liquid Bridge In A Coaxial Gas Flow
On The Validity Of A Universal Solution For Viscous Capillary Jets
Universal Size And Shape Of Viscous Capillary Jets: Application To Gas-Focused Microjets
On The Validity Of A Universal Solution For Viscous Capillary Jets
Universal Size And Shape Of Viscous Capillary Jets: Application To Gas-Focused Microjets
Global Stability Of The Focusing Effect Of Fluid Jet Flows
Universal Size And Shape Of Viscous Capillary Jets: Application To Gas-Focused Microjets
Global Stability Of The Focusing Effect Of Fluid Jet Flows
The Effect Of Surface Shear Viscosity On The Damping Of Oscillations In Millimetric Liquid Bridges
Global Stability Of The Focusing Effect Of Fluid Jet Flows
The Effect Of Surface Shear Viscosity On The Damping Of Oscillations In Millimetric Liquid Bridges
Micrometer Glass Nozzles For Flow Focusing
The Effect Of Surface Shear Viscosity On The Damping Of Oscillations In Millimetric Liquid Bridges
Micrometer Glass Nozzles For Flow Focusing
Global And Local Instability Of Flow Focusing: The Influence Of The Geometry
Micrometer Glass Nozzles For Flow Focusing
Global And Local Instability Of Flow Focusing: The Influence Of The Geometry
Analysis Of The Dripping-Jetting Transition In Compound Capillary Jets
Global And Local Instability Of Flow Focusing: The Influence Of The Geometry
Analysis Of The Dripping-Jetting Transition In Compound Capillary Jets
Absolute Lateral Instability In Capillary Coflowing Jets
Analysis Of The Dripping-Jetting Transition In Compound Capillary Jets
Absolute Lateral Instability In Capillary Coflowing Jets
The Second And Third Sonine Coefficients Of A Freely Cooling Granular Gas Revisited
Absolute Lateral Instability In Capillary Coflowing Jets
The Second And Third Sonine Coefficients Of A Freely Cooling Granular Gas Revisited
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
The Second And Third Sonine Coefficients Of A Freely Cooling Granular Gas Revisited
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
On The Precision Of Optical Imaging To Study Free Surface Dynamics At High Frame Rates
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
On The Precision Of Optical Imaging To Study Free Surface Dynamics At High Frame Rates
Damping Of Linear Oscillations In Axisymmetric Liquid Bridges
On The Precision Of Optical Imaging To Study Free Surface Dynamics At High Frame Rates
Damping Of Linear Oscillations In Axisymmetric Liquid Bridges
Modified Sonine Approximation For Granular Binary Mixtures
Damping Of Linear Oscillations In Axisymmetric Liquid Bridges
Modified Sonine Approximation For Granular Binary Mixtures
Erratum: Revision Of Capillary Cone-Jet Physics: Electrospray And Flow Focusing (Physical Review E - Statistical, Nonlinear, And Soft Matter Physics (2009) 79 (066305))
Modified Sonine Approximation For Granular Binary Mixtures
Erratum: Revision Of Capillary Cone-Jet Physics: Electrospray And Flow Focusing (Physical Review E - Statistical, Nonlinear, And Soft Matter Physics (2009) 79 (066305))
Revision Of Capillary Cone-Jet Physics: Electrospray And Flow Focusing
Erratum: Revision Of Capillary Cone-Jet Physics: Electrospray And Flow Focusing (Physical Review E - Statistical, Nonlinear, And Soft Matter Physics (2009) 79 (066305))
Revision Of Capillary Cone-Jet Physics: Electrospray And Flow Focusing
Experimental Study Of The Free Surface Deformation Due To Thermal Convection In Liquid Bridges
Revision Of Capillary Cone-Jet Physics: Electrospray And Flow Focusing
Experimental Study Of The Free Surface Deformation Due To Thermal Convection In Liquid Bridges
Measurement Of The Dynamical Free Surface Deformation In Liquid Bridges
Experimental Study Of The Free Surface Deformation Due To Thermal Convection In Liquid Bridges
Measurement Of The Dynamical Free Surface Deformation In Liquid Bridges
A Simple Model To Describe The Lateral Oscillations Of Axisymmetric Liquid Bridges
Measurement Of The Dynamical Free Surface Deformation In Liquid Bridges
A Simple Model To Describe The Lateral Oscillations Of Axisymmetric Liquid Bridges
A New Experimental Technique For Measuring The Dynamical Free Surface Deformation In Liquid Bridges Due To Thermal Convection
A Simple Model To Describe The Lateral Oscillations Of Axisymmetric Liquid Bridges
A New Experimental Technique For Measuring The Dynamical Free Surface Deformation In Liquid Bridges Due To Thermal Convection
Stability Of Coflowing Capillary Jets Under Nonaxisymmetric Perturbations
A New Experimental Technique For Measuring The Dynamical Free Surface Deformation In Liquid Bridges Due To Thermal Convection
Stability Of Coflowing Capillary Jets Under Nonaxisymmetric Perturbations
Viscoelastic Effects On The Jetting-Dripping Transition In Co-Flowing Capillary Jets
Stability Of Coflowing Capillary Jets Under Nonaxisymmetric Perturbations
Viscoelastic Effects On The Jetting-Dripping Transition In Co-Flowing Capillary Jets
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
Viscoelastic Effects On The Jetting-Dripping Transition In Co-Flowing Capillary Jets
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
First-Order Chapman-Enskog Velocity Distribution Function In A Granular Gas
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
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
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Modified Sonine Approximation For The Navier-Stokes Transport Coefficients Of A Granular Gas
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Computational Evaluation Of The Theoretical Image Fitting Analysis - Axisymmetric Interfaces (Tifa-Ai) Method Of Measuring Interfacial Tension
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Computational Evaluation Of The Theoretical Image Fitting Analysis - Axisymmetric Interfaces (Tifa-Ai) Method Of Measuring Interfacial Tension
Experimental Study Of Small-Amplitude Lateral Vibrations Of An Axisymmetric Liquid Bridge
Computational Evaluation Of The Theoretical Image Fitting Analysis - Axisymmetric Interfaces (Tifa-Ai) Method Of Measuring Interfacial Tension
Experimental Study Of Small-Amplitude Lateral Vibrations Of An Axisymmetric Liquid Bridge
Navier-Stokes Transport Coefficients Of D-Dimensional Granular Binary Mixtures At Low Density
Experimental Study Of Small-Amplitude Lateral Vibrations Of An Axisymmetric Liquid Bridge
Navier-Stokes Transport Coefficients Of D-Dimensional Granular Binary Mixtures At Low Density
Numerical Analysis Of The Nonlinear Vibration Of Axisymmetric Liquid Bridges
Navier-Stokes Transport Coefficients Of D-Dimensional Granular Binary Mixtures At Low Density
Numerical Analysis Of The Nonlinear Vibration Of Axisymmetric Liquid Bridges
Measurements Of Dynamic Surface Deformation In Liquid Bridges
Numerical Analysis Of The Nonlinear Vibration Of Axisymmetric Liquid Bridges
Measurements Of Dynamic Surface Deformation In Liquid Bridges
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Measurements Of Dynamic Surface Deformation In Liquid Bridges
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Determination Of Surface Tension And Contact Angle From The Shapes Of Axisymmetric Fluid Interfaces Without Use Of Apex Coordinates
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Determination Of Surface Tension And Contact Angle From The Shapes Of Axisymmetric Fluid Interfaces Without Use Of Apex Coordinates
Rheology Of Two- And Three-Dimensional Granular Mixtures Under Uniform Shear Flow: Enskog Kinetic Theory Versus Molecular Dynamics Simulations
Determination Of Surface Tension And Contact Angle From The Shapes Of Axisymmetric Fluid Interfaces Without Use Of Apex Coordinates
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
Dsmc Evaluation Of The Navier-Stokes Shear Viscosity Of A Granular Fluid
Mass And Heat Fluxes For A Binary Granular Mixture At Low Density
Dsmc Evaluation Of The Navier-Stokes Shear Viscosity Of A Granular Fluid
Numerical Calculation Of A Liquid Bridge Equilibrium Contour Between Noncircular Supports
Dsmc Evaluation Of The Navier-Stokes Shear Viscosity Of A Granular Fluid
Numerical Calculation Of A Liquid Bridge Equilibrium Contour Between Noncircular Supports
A Note On The Use Of One-Dimensional Models To Describe The Linear Dynamics Of Liquid Bridges
Numerical Calculation Of A Liquid Bridge Equilibrium Contour Between Noncircular Supports
A Note On The Use Of One-Dimensional Models To Describe The Linear Dynamics Of Liquid Bridges
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
A Note On The Use Of One-Dimensional Models To Describe The Linear Dynamics Of Liquid Bridges
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
Influence Of Isorotation On The Linear Dynamics Of Liquid Bridges
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
Influence Of Isorotation On The Linear Dynamics Of Liquid Bridges
A New Method Of Image Processing In The Analysis Of Axisymmetric Drop Shapes
Influence Of Isorotation On The Linear Dynamics Of Liquid Bridges
A New Method Of Image Processing In The Analysis Of Axisymmetric Drop Shapes
A Note On The Small Oscillation Regimes Of Rotating Liquid Bridges: Transition From Surface To Internal Wave Modes
A New Method Of Image Processing In The Analysis Of Axisymmetric Drop Shapes
A Note On The Small Oscillation Regimes Of Rotating Liquid Bridges: Transition From Surface To Internal Wave Modes
On The Experimental Analysis Of The Linear Dynamics Of Slender Axisymmetric Liquid Bridges
A Note On The Small Oscillation Regimes Of Rotating Liquid Bridges: Transition From Surface To Internal Wave Modes
On The Experimental Analysis Of The Linear Dynamics Of Slender Axisymmetric Liquid Bridges
A New Drop-Shape Methodology For Surface Tension Measurement
On The Experimental Analysis Of The Linear Dynamics Of Slender Axisymmetric Liquid Bridges
A New Drop-Shape Methodology For Surface Tension Measurement
Influence Of The Outer Bath On The Eigenfrequencies Of Rotating Axisymmetric Liquid Bridges
A New Drop-Shape Methodology For Surface Tension Measurement
Influence Of The Outer Bath On The Eigenfrequencies Of Rotating Axisymmetric Liquid Bridges
Diffusion Of Impurities In A Granular Gas
Influence Of The Outer Bath On The Eigenfrequencies Of Rotating Axisymmetric Liquid Bridges
Diffusion Of Impurities In A Granular Gas
On The Use Of Liquid Bridges As Tensiometers
Diffusion Of Impurities In A Granular Gas
On The Use Of Liquid Bridges As Tensiometers
Shear Viscosity For A Moderately Dense Granular Binary Mixture
On The Use Of Liquid Bridges As Tensiometers
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
Effect Of Energy Nonequipartition On The Transport Properties In A Granular Mixture
Linear Dynamics Of Axisymmetric Liquid Bridges
Effect Of Energy Nonequipartition On The Transport Properties In A Granular Mixture
Linear Dynamics Of Axisymmetric Liquid Bridges
Shear Viscosity For A Moderately Dense Granular Binary Mixture
Linear Dynamics Of Axisymmetric Liquid Bridges
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
Theoretical Analysis Of The Vibration Of Axisymmetric Liquid Bridges Of Arbitrary Shape
Energy Nonequipartition In A Sheared Granular Mixture
Theoretical Analysis Of The Vibration Of Axisymmetric Liquid Bridges Of Arbitrary Shape
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Theoretical Analysis Of The Vibration Of Axisymmetric Liquid Bridges Of Arbitrary Shape
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Detection Of Liquid Bridge Contours And Its Applications
Shear Viscosity For A Heated Granular Binary Mixture At Low Density
Detection Of Liquid Bridge Contours And Its Applications
Equilibrium Contour Of Liquid Bridges Connected By Pressure
Detection Of Liquid Bridge Contours And Its Applications
Equilibrium Contour Of Liquid Bridges Connected By Pressure
Theoretical And Experimental Analysis Of The Equilibrium Contours Of Liquid Bridges Of Arbitrary Shape
Equilibrium Contour Of Liquid Bridges Connected By Pressure
Theoretical And Experimental Analysis Of The Equilibrium Contours Of Liquid Bridges Of Arbitrary Shape
Monte Carlo Simulation Of The Homogeneous Cooling State For A Granular Mixture
Theoretical And Experimental Analysis Of The Equilibrium Contours Of Liquid Bridges Of Arbitrary Shape
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
Nonlinear Couette Flow In A Low Density Granular Gas
Rheological Properties In A Low-Density Granular Mixture
Nonlinear Couette Flow In A Low Density Granular Gas
Image Quality Enhancement For Liquid Bridge Parameter Estimation With Dtcnn
Nonlinear Couette Flow In A Low Density Granular Gas
Image Quality Enhancement For Liquid Bridge Parameter Estimation With Dtcnn
Image Quality Enhancement For Liquid Bridge Parameter Estimation With Dtcnn
Image Quality Enhancement For Liquid Bridge Parameter Estimation With Dtcnn
Image Quality Enhancement For Liquid Bridge Parameter Estimation With Dtcnn
Estudio Elemental De Perfiles Aerodinámicos
Image Quality Enhancement For Liquid Bridge Parameter Estimation With Dtcnn
Estudio Elemental De Perfiles Aerodinámicos
Computer Simulation Of Uniformly Heated Granular Fluids
Estudio Elemental De Perfiles Aerodinámicos
Computer Simulation Of Uniformly Heated Granular Fluids
Monte Carlo Simulation Of Nonlinear Couette Flow In A Dilute Gas
Computer Simulation Of Uniformly Heated Granular Fluids
Monte Carlo Simulation Of Nonlinear Couette Flow In A Dilute Gas
Using Rotating Liquid Bridges As Accelerometers
Monte Carlo Simulation Of Nonlinear Couette Flow In A Dilute Gas
Using Rotating Liquid Bridges As Accelerometers
Kinetic Theory Of Simple Granular Shear Flows Of Smooth Hard Spheres
Using Rotating Liquid Bridges As Accelerometers
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
Nonlinear Couette Flow In A Dilute Gas: Comparison Between Theory And Molecular-Dynamics Simulation
Simple And Accurate Theory For Strong Shock Waves In A Dense Hard-Sphere Fluid
Nonlinear Couette Flow In A Dilute Gas: Comparison Between Theory And Molecular-Dynamics Simulation
Strong Shock Waves In A Dense Gas: Burnett Theory Versus Monte Carlo Simulation
Nonlinear Couette Flow In A Dilute Gas: Comparison Between Theory And Molecular-Dynamics Simulation
Strong Shock Waves In A Dense Gas: Burnett Theory Versus Monte Carlo Simulation
Kinetic Model For The Hard-Sphere Fluid And Solid
Strong Shock Waves In A Dense Gas: Burnett Theory Versus Monte Carlo Simulation
Kinetic Model For The Hard-Sphere Fluid And Solid
Stability Of Uniform Shear Flow
Kinetic Model For The Hard-Sphere Fluid And Solid
Stability Of Uniform Shear Flow
Viscometric Effects In A Dense Hard-Sphere Fluid
Stability Of Uniform Shear Flow
Viscometric Effects In A Dense Hard-Sphere Fluid
Distribution Function For Large Velocities Of A Two-Dimensional Gas Under Shear Flow
Viscometric Effects In A Dense Hard-Sphere Fluid
Distribution Function For Large Velocities Of A Two-Dimensional Gas Under Shear Flow
Simulation Of The Enskog Equation À La Bird
Distribution Function For Large Velocities Of A Two-Dimensional Gas Under Shear Flow
Simulation Of The Enskog Equation À La Bird
Kinetic Models For Diffusion Generated By An External Force
Simulation Of The Enskog Equation À La Bird
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
Long Wavelength Instability For Uniform Shear Flow
Monte Carlo Simulation Of The Boltzmann Equation In The Colour Conductivity Problem For General Repulsive Potentials
Long Wavelength Instability For Uniform Shear Flow
Nonequilibrium Entropy Of A Sheared Gas
Long Wavelength Instability For Uniform Shear Flow
Nonequilibrium Entropy Of A Sheared Gas
Monte Carlo Simulation Of The Boltzmann Equation For Uniform Shear Flow
Nonequilibrium Entropy Of A Sheared Gas
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
Monte Carlo Simulation Method For The Enskog Equation
Singular Behavior Of The Velocity Moments Of A Dilute Gas Under Uniform Shear Flow
Monte Carlo Simulation Method For The Enskog Equation
Does The Gaussian Thermostat Maximize The Phase-Space Compression Factor?
Monte Carlo Simulation Method For The Enskog 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
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
Monte Carlo Simulation Of The Boltzmann Equation For Steady Fourier Flow
Analysis On The Stability Of The Uniform Shear Flow From A Monte Carlo Simulation Of The Boltzmann Equation
Monte Carlo Simulation Of The Boltzmann Equation For Steady Fourier Flow
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
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