PUBLICACIÓN

Analysis of finite element and finite volume methods for fluid-structure interaction simulation of blood flow in a real stenosed artery

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Lopes, D.; Agujetas, R.; Puga, H.; Teixeira, J.; Lima, R.; Alejo, J.P.; Ferrera, C.

2021 INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES

Civil and Structural Engineering (Q1), Condensed Matter Physics (Q1), Materials Science (miscellaneous) (Q1), Mechanical Engineering (Q1), Mechanics of Materials (Q1)

JCR: 6.772

SJR: 1.538

CITAS

67

DOI

10.1016/j.ijmecsci.2021.106650

EID

2-s2.0-85110331840

ISSN

0020-7403

BIBTEX

@article{Ferrera2021,title = {Analysis of finite element and finite volume methods for fluid-structure interaction simulation of blood flow in a real stenosed artery},journal = {International Journal of Mechanical Sciences},year = {2021},volume = {207},author = {Lopes, D. and Agujetas, R. and Puga, H. and Teixeira, J. and Lima, R. and Alejo, J.P. and Ferrera, C.}}

AUTORES DE LA UEX

Conrado Ferrera Llera
Rafael Agujetas Ortiz

OTRAS PUBLICACIONES DE INTERÉS

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Dynamic Synergies In Cable-Driven Exosuits For Gait Assistance
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Analysis Of A Resonance Liquid Bridge Oscillation On Board Of The International Space Station
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Characterization Of Particle Deposition In A Lung Model Using An Individual Path
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Characterization Of Particle Deposition In A Lung Model Using An Individual Path
Experimental Analysis Of The Evolution Of An Electrified Drop Following High Voltage Switching
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Dynamical Behavior Of Electrified Pendant Drops
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Dynamical Behavior Of Electrified Pendant Drops
Enhancement Of The Stability Of The Flow Focusing Technique For Low-Viscosity Liquids
Dynamical Behavior Of Electrified Pendant Drops
Enhancement Of The Stability Of The Flow Focusing Technique For Low-Viscosity Liquids
Focusing Liquid Microjets With Nozzles
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Focusing Liquid Microjets With Nozzles
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Focusing Liquid Microjets With Nozzles
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
On The Validity Of A Universal Solution For Viscous Capillary Jets
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On The Validity Of A Universal Solution For Viscous Capillary Jets
Experimental And Numerical Study Of The Recirculation Flow Inside A Liquid Meniscus Focused By Air
On The Validity Of A Universal Solution For Viscous Capillary Jets
Experimental And Numerical Study Of The Recirculation Flow Inside A Liquid Meniscus Focused By Air
Universal Size And Shape Of Viscous Capillary Jets: Application To Gas-Focused Microjets
Experimental And Numerical Study Of The Recirculation Flow Inside A Liquid Meniscus Focused By Air
Universal Size And Shape Of Viscous Capillary Jets: Application To Gas-Focused Microjets
Analysis Of The Dripping-Jetting Transition In Compound Capillary Jets
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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
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
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Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
Experimental Study Of The Free Surface Deformation Due To Thermal Convection In Liquid Bridges
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
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
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Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
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Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
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
Measurements Of Dynamic Surface Deformation In Liquid Bridges
Experimental Study Of Small-Amplitude Lateral Vibrations Of An Axisymmetric Liquid Bridge
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
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
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