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ACCEDER A LA PUBLICACIÓN: Scopus Orcid Dialnet

Condensed Matter Physics (Q1), Mechanical Engineering (Q1), Mechanics of Materials (Q1)

JCR: 2.821

SJR: 1.744

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A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
Influence Of The Gas Viscosity On The Stability Of Flow Focusing
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
Influence Of The Gas Viscosity On The Stability Of Flow Focusing
A Method For Measuring The Interfacial Tension For Density-Matched Liquids
Influence Of The Gas Viscosity On The Stability Of Flow Focusing
A Method For Measuring The Interfacial Tension For Density-Matched Liquids
Erratum To “a New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles” [J. Mater. Proc. Technol. 270 (2019) 241–253] (Journal Of Materials Processing Tech. (2019) 270 (241–253), (S0924013619300834), (10.1016/j.jmatprotec.2019.02.027))
A Method For Measuring The Interfacial Tension For Density-Matched Liquids
Erratum To “a New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles” [J. Mater. Proc. Technol. 270 (2019) 241–253] (Journal Of Materials Processing Tech. (2019) 270 (241–253), (S0924013619300834), (10.1016/j.jmatprotec.2019.02.027))
A New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles
Erratum To “a New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles” [J. Mater. Proc. Technol. 270 (2019) 241–253] (Journal Of Materials Processing Tech. (2019) 270 (241–253), (S0924013619300834), (10.1016/j.jmatprotec.2019.02.027))
A New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
A New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Borosilicate Nozzles Manufactured By Reproducible Fire Shaping
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Borosilicate Nozzles Manufactured By Reproducible Fire Shaping
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Borosilicate Nozzles Manufactured By Reproducible Fire Shaping
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
Droplet Impact Onto Moving Liquids
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
Droplet Impact Onto Moving Liquids
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
Droplet Impact Onto Moving Liquids
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
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