Literals
- foaf:name
- EMILIO JOSÉ VEGA RODRÍGUEZ
- ou:categoriaPDI
- A0504-PROFESOR TITULAR DE UNIVERSIDAD
- aiiso:code
- 389ac9c4a341eb1b32677cf5bb739126
- ou:dedicacionPDI
- TIEMPO COMPLETO
- ou:dialnetId
- 2931079
- foaf:firstName
- EMILIO JOSÉ
- ou:indiceHscopus
- 16
- foaf:lastName
- VEGA RODRÍGUEZ
- vivo:orcidId
- 0000000318910531
- ou:orcidURL
- vivo:scopusId
- 31767791400
Typed Literals
- ou:esDoctor
- True (xsd:boolean)
- ou:personalActual
- True (xsd:boolean)
Relations
- teach:teacherOf
- COMPLEMENTO DE FORMACION: MATERIALES Y FLUIDOS (0808)
- INSTALACIONES INDUSTRIALES Y COMERCIALES II
- SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- TECNOLOGÍA TÉRMICA Y DE FLUIDOS
- TECNOLOGÍAS COMPLEMENTARIAS PARA QUÍMICA INDUSTRIAL Y TEXTIL III
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRICIDAD II
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRÓNICA II
- COMPLEMENTO DE FORMACION: MATERIALES Y FLUIDOS (0808)
- COMPLEMENTO DE FORMACION: MATERIALES Y FLUIDOS (0808)
- COMPLEMENTO DE FORMACIÓN: SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- DISEÑO DE SISTEMAS Y MÁQUINAS HIDRÁULICAS
- DISEÑO DE SISTEMAS Y MÁQUINAS HIDRÁULICAS
- INSTALACIONES INDUSTRIALES Y COMERCIALES II
- INSTALACIONES INDUSTRIALES Y COMERCIALES II
- MECÁNICA DE FLUIDOS
- MECÁNICA DE FLUIDOS
- MECÁNICA DE FLUIDOS
- MECÁNICA DE FLUIDOS
- MÁQUINAS E INSTALACIONES FLUIDOMECÁNICAS
- MÁQUINAS E INSTALACIONES FLUIDOMECÁNICAS
- MÁQUINAS E INSTALACIONES FLUIDOMECÁNICAS
- MÁQUINAS E INSTALACIONES FLUIDOMECÁNICAS
- SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- SISTEMAS Y MÁQUINAS FLUIDOMECÁNICAS
- TECNOLOGÍA TÉRMICA Y DE FLUIDOS
- TECNOLOGÍA TÉRMICA Y DE FLUIDOS
- TECNOLOGÍA TÉRMICA Y DE FLUIDOS
- TECNOLOGÍAS COMPLEMENTARIAS PARA QUÍMICA INDUSTRIAL Y TEXTIL III
- TECNOLOGÍAS COMPLEMENTARIAS PARA QUÍMICA INDUSTRIAL Y TEXTIL III
- TECNOLOGÍAS COMPLEMENTARIAS PARA QUÍMICA INDUSTRIAL Y TEXTIL III
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRICIDAD II
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRICIDAD II
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRICIDAD II
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRÓNICA II
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRÓNICA II
- TECNOLOGÍAS COMPLEMENTARIAS PARA ELECTRÓNICA II
- ou:tienePublicacion
- A new flow focusing technique to produce very thin jets
- A novel technique for producing metallic microjets and microdrops
- A novel technique to produce metallic microdrops for additive manufacturing
- A particulate blood analogue based on artificial viscoelastic blood plasma and RBC-like microparticles at a concentration matching the human haematocrit
- A simple emulsification technique for the production of micro-sized flexible powder of polydimethylsiloxane (PDMS)
- An experimental setup for the study of the steady air flow in a diesel engine chamber
- An experimental technique to produce micrometer waves on a cylindrical sub-millimeter free surface
- An experimental technique to measure the capillary waves in electrified microjets
- Analogue Fluids for Cell Deformability Studies in Microfluidic Devices
- Blood particulate analogue fluids: A review
- Breakup of an electrified viscoelastic liquid bridge
- Cell deformability studies for clinical diagnostics: Tests with blood analogue fluids using a drop based microfluidic device
- Complex behavior very close to the pinching of a liquid free surface
- Damping of linear oscillations in axisymmetric liquid bridges
- Desarrollo de dilemas morales mediante la utilización del Campus Virtual de la Universidad de Extremadura.: Experiencias en el ámbito de las ingenierías
- Dynamic flow behaviour of a blood analogue fluid in microchannels for microcirculation studies
- Dynamics of an axisymmetric liquid bridge close to the minimum-volume stability limit
- Effect of the Air Coflow Temperature and Spinneret Position on the Solution Blow Spinning Technique
- Effects of surface-active impurities on the liquid bridge dynamics
- Electrical conductivity of a stretching viscoelastic filament
- Erratum: Influence of the Surface Viscosity on the Breakup of a Surfactant-Laden Drop [Phys. Rev. Lett. 118, 024501 (2017)
- Experimental analysis of the extensional flow of very weakly viscoelastic polymer solutions
- Exploring the precision of backlight optical imaging in microfluidics close to the diffraction limit
- Fast, flexible and low-cost multiphase blood analogue for biomedical and energy applications
- Fire-Shaped Nozzles to Produce a Stress Peak for Deformability Studies
- Fire-shaped cylindrical glass micronozzles to measure cell deformability
- Flexible PDMS microparticles to mimic RBCs in blood particulate analogue fluids
- Gaseous flow focusing for spinning micro and nanofibers
- Generation of micro-sized PDMS particles by a flow focusing technique for biomicrofluidics applications
- Global and local instability of flow focusing: The influence of the geometry
- Influence of a surfactant on bubble bursting
- Influence of the Surface Viscosity on the Breakup of a Surfactant-Laden Drop
- Magnetic PDMS Microparticles for Biomedical and Energy Applications
- Measurement of relaxation times in extensional flow of weakly viscoelastic polymer solutions
- Micrometer glass nozzles for flow focusing
- Numerical simulation of a liquid bridge in a coaxial gas flow
- Numerical simulation of electrospray in the cone-jet mode
- On the precision of optical imaging to study free surface dynamics at high frame rates
- On the validity of a universal solution for viscous capillary jets
- Production of microbubbles from axisymmetric flow focusing in the jetting regime for moderate Reynolds numbers
- Shrinkage and colour in the production of micro-sized PDMS particles for microfluidic applications
- Smooth printing of viscoelastic microfilms with a flow focusing ejector
- Stabilization of axisymmetric liquid bridges through vibration-induced pressure fields
- Sub-micrometer precision of optical imaging to locate the free surface of a micrometer fluid shape
- Suppressing prompt splash with polymer additives
- The effects of ambient impurities on the surface tension
- The production of viscoelastic capillary jets with gaseous flow focusing
- Unexpected stability of micrometer weakly viscoelastic jets
- Viscoelastic transition in transonic flow focusing
- ou:perteneceAGrupoInvestigacion
- ou:adscritoACentro
- ou:adscritoADepartamento
- ou:imparteDocenciaEnArea
Inverse Relations
- Has related: ou:autorTesis
- Has related:
ou:directorTesis
- Análisis Dela Influencia De Surfactantes, Viscoelasticidad Ycampos Eléctricos En La Rotura De Superficieslibres
- Análisis Experimental De Procesos De Atomización De Líquidos Basados En Campos Hidrodinámicos Y Electrohidrodinámicos
- Estudio Teórico Y Experimental De La Dinámica De Sistemas Capilares Complejos
- Has related: ou:inventor
- Has related: ou:secretarioDepartamento
Inverse Blank Nodes
- Has related: org:member
Blank Nodes
- swrcfe:assignedTo
- [Anonymous resource (nodeID://b8059112) ]
- [Anonymous resource (nodeID://b8059123) ]
- [Anonymous resource
(nodeID://b8059128)
- swrcfe:role Investigador principal
- swrcfe:project TRANSPORTE DEL EQUIPO (CÁMARA DE ULTRA-ALTA-VELOCIDAD KIRANA 5M) DESDE SU LUGAR DE UBICACIÓN, PUESTA A PUNTO Y AJUSTE DEL MISMO EN BANCO EXPERIMENTAL DEL DESTINO, PARA REALIZACIÓN DE ENSAYOS EXPERIMENTALES CON PRECISIÓN. SEGUIMIENTO Y ASESORAMIENTO DURANTE LOS EXPERIMENTOS (RELACIONADO CON EL COMODATO 105/18)
- [Anonymous resource (nodeID://b8059114) ]
- [Anonymous resource (nodeID://b8059117) ]
- [Anonymous resource (nodeID://b8059125) ]
- [Anonymous resource (nodeID://b8059120) ]
- [Anonymous resource (nodeID://b8059110) ]
- [Anonymous resource (nodeID://b8059109) ]
- [Anonymous resource (nodeID://b8059121) ]
- [Anonymous resource (nodeID://b8059124) ]
- [Anonymous resource (nodeID://b8059122) ]
- [Anonymous resource (nodeID://b8059113) ]
- [Anonymous resource (nodeID://b8059118) ]
- [Anonymous resource (nodeID://b8059127) ]
- [Anonymous resource (nodeID://b8059115) ]
- [Anonymous resource (nodeID://b8059129) ]
- [Anonymous resource (nodeID://b8059111) ]
- [Anonymous resource (nodeID://b8059119) ]
- [Anonymous resource (nodeID://b8059126) ]
- [Anonymous resource (nodeID://b8059116) ]
- org:hasMembership
- foaf:account
- [Anonymous resource
(nodeID://b4887132)
- foaf:accountServiceHomePage https://www.researchgate.net/
- foaf:accountName Emilio-Vega-4
- [Anonymous resource
(nodeID://b4887132)