Q3180340 (Q3180340): Difference between revisions
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(Created claim: summary (P836): THIS PROJECT APPEARS AS A CONTINUATION OF THE COORDINATED PROJECT DPI2011-28356-C03 IN WHICH THE 3 APPLICANT GROUPS OF THE CURRENT ONE PARTICIPATED. SOME OF THE NEW TASKS APPEAR AS NATURAL EXTENSION OF OTHERS COMPLETED WITH SUCCESS IN THE PREVIOUS INITIATIVE, WHILE SOME ARE COMPLETELY NEW AND HAVE EMERGED AS A RESULT OF COLLABORATIONS WITH DIFFERENT UNIVERSITIES AND COMPANIES THAT HAVE BEEN ESTABLISHED THANKS TO THE DISSEMINATION OF THE RESULTS...) |
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THIS PROJECT APPEARS AS A CONTINUATION OF THE COORDINATED PROJECT DPI2011-28356-C03 IN WHICH THE 3 APPLICANT GROUPS OF THE CURRENT ONE PARTICIPATED. SOME OF THE NEW TASKS APPEAR AS NATURAL EXTENSION OF OTHERS COMPLETED WITH SUCCESS IN THE PREVIOUS INITIATIVE, WHILE SOME ARE COMPLETELY NEW AND HAVE EMERGED AS A RESULT OF COLLABORATIONS WITH DIFFERENT UNIVERSITIES AND COMPANIES THAT HAVE BEEN ESTABLISHED THANKS TO THE DISSEMINATION OF THE RESULTS OF THE PREVIOUS PROJECT. In CONCRETE, in this project we propose to carry out an EXPERIMENTAL, NUMERICAL STUDY AND, in many cases, theorical, of the following PROBLEMS:_x000D_ 1) FORMATION OF BURBUJES AND DUTTS IN Geometries AND CONDITIONS RELEVANT FOR INDUSTRY: THE FORMATION OF BUBBLES IN ANNULAR LAMINAS, AS WELL AS THE INFLUENCE OF THE DYNAMICS OF THE CONTACT LINE ON GAS-LIQUID INJECTORS, WILL BE STUDIED. THE MICROFLUIDIC DEVICES ALREADY DEVELOPED IN THE PREVIOUS PROJECT WILL ALSO BE PERFECTED TO PRODUCE DROPS AND BUBBLES WITH DIFFERENT COATINGS, ALLOWING TO GENERATE COMPOUND EMULSIONS AND MICROCAPSULAS. FINALLY, THE PROBLEM OF BURSTING A BUBBLE ANCHORED TO A GAS-LIQUID ENTREFASE IN THE PRESENCE OF SURFACTANTS WILL BE ADDRESSED. This PROBLEM shall serve as a vehicle to buy fundamental aspectos of the physics of the suRFACTANTS, which is necessary to reduce costs in the production of ultrasound counters AGENTS, once it will serve to quantify the disparity of the seams of the products that make up the marine spray, a PROBLEM OF ENORME TRASCENDENCE IN CLIMATOLOGY._x000D_ 2) MECHANISMS OF FRAGMENTATION OF IMPACTS against SOLID SUPERFICIES. THE THEORY PREVIOUSLY DEVELOPED TO QUANTIFY THE CRITICAL SPEED (SPLASH SPEED) FROM WHICH A DROP IMPACTING AGAINST A SOLID ENDS DISGREGANDOSE IN SMALLER PARTS, WILL BE TESTED AND EXTENDED TO TAKE INTO ACCOUNT THE EFFECTS OF ROUGHNESS AND SOLID MOJABILITY ON THE SPEED OF SPLASH. The DISTRIBUTION OF SIZES OF GOTAS COMPONING THE SPRAY PRODUCED WITH THE VELOCITY OF IMPACT SUPER TO CRITICA._x000D_ 3) STABILITY OF THE TRAJECTORY OF BURBUJS AND PENOMENS OF MASA TRANSFERENCE IN FLUJS WITH CO2 BURBUJS: THE STABILITY OF BUBBLES THAT ASCEND BY BUOYANCY TO MODERATE REYNOLDS NUMBERS WILL BE STUDIED, INCLUDING ALSO THE EFFECT OF MASS TRANSFER. In addition, the dissolution and growth by rectified diffussion of CONFINED BURBUJS (microdevices, porous mediums, ETC.) will be considered BY THE DINAMIK OF plumes COMPUESTED BY CO2._x000D_ ALL these outstanding INDUSTRIAL PROBLEMS, once LIGHT ON FUNDAMENTAL PHYSIC PROCESSES AND GREAT ENVIRONMENTAL IMPACT. THE SKILLS ACQUIRED BY THE TEAMS THROUGHOUT THE PREVIOUS PROJECTS WILL BE COMPLEMENTED BY THE EXPERIENCE OF RECOGNISED SCIENTISTS FROM FOREIGN INSTITUTIONS PARTICIPATING IN THIS PROJECT. (English) | |||||||||||||||
| Property / summary: THIS PROJECT APPEARS AS A CONTINUATION OF THE COORDINATED PROJECT DPI2011-28356-C03 IN WHICH THE 3 APPLICANT GROUPS OF THE CURRENT ONE PARTICIPATED. SOME OF THE NEW TASKS APPEAR AS NATURAL EXTENSION OF OTHERS COMPLETED WITH SUCCESS IN THE PREVIOUS INITIATIVE, WHILE SOME ARE COMPLETELY NEW AND HAVE EMERGED AS A RESULT OF COLLABORATIONS WITH DIFFERENT UNIVERSITIES AND COMPANIES THAT HAVE BEEN ESTABLISHED THANKS TO THE DISSEMINATION OF THE RESULTS OF THE PREVIOUS PROJECT. In CONCRETE, in this project we propose to carry out an EXPERIMENTAL, NUMERICAL STUDY AND, in many cases, theorical, of the following PROBLEMS:_x000D_ 1) FORMATION OF BURBUJES AND DUTTS IN Geometries AND CONDITIONS RELEVANT FOR INDUSTRY: THE FORMATION OF BUBBLES IN ANNULAR LAMINAS, AS WELL AS THE INFLUENCE OF THE DYNAMICS OF THE CONTACT LINE ON GAS-LIQUID INJECTORS, WILL BE STUDIED. THE MICROFLUIDIC DEVICES ALREADY DEVELOPED IN THE PREVIOUS PROJECT WILL ALSO BE PERFECTED TO PRODUCE DROPS AND BUBBLES WITH DIFFERENT COATINGS, ALLOWING TO GENERATE COMPOUND EMULSIONS AND MICROCAPSULAS. FINALLY, THE PROBLEM OF BURSTING A BUBBLE ANCHORED TO A GAS-LIQUID ENTREFASE IN THE PRESENCE OF SURFACTANTS WILL BE ADDRESSED. This PROBLEM shall serve as a vehicle to buy fundamental aspectos of the physics of the suRFACTANTS, which is necessary to reduce costs in the production of ultrasound counters AGENTS, once it will serve to quantify the disparity of the seams of the products that make up the marine spray, a PROBLEM OF ENORME TRASCENDENCE IN CLIMATOLOGY._x000D_ 2) MECHANISMS OF FRAGMENTATION OF IMPACTS against SOLID SUPERFICIES. THE THEORY PREVIOUSLY DEVELOPED TO QUANTIFY THE CRITICAL SPEED (SPLASH SPEED) FROM WHICH A DROP IMPACTING AGAINST A SOLID ENDS DISGREGANDOSE IN SMALLER PARTS, WILL BE TESTED AND EXTENDED TO TAKE INTO ACCOUNT THE EFFECTS OF ROUGHNESS AND SOLID MOJABILITY ON THE SPEED OF SPLASH. The DISTRIBUTION OF SIZES OF GOTAS COMPONING THE SPRAY PRODUCED WITH THE VELOCITY OF IMPACT SUPER TO CRITICA._x000D_ 3) STABILITY OF THE TRAJECTORY OF BURBUJS AND PENOMENS OF MASA TRANSFERENCE IN FLUJS WITH CO2 BURBUJS: THE STABILITY OF BUBBLES THAT ASCEND BY BUOYANCY TO MODERATE REYNOLDS NUMBERS WILL BE STUDIED, INCLUDING ALSO THE EFFECT OF MASS TRANSFER. In addition, the dissolution and growth by rectified diffussion of CONFINED BURBUJS (microdevices, porous mediums, ETC.) will be considered BY THE DINAMIK OF plumes COMPUESTED BY CO2._x000D_ ALL these outstanding INDUSTRIAL PROBLEMS, once LIGHT ON FUNDAMENTAL PHYSIC PROCESSES AND GREAT ENVIRONMENTAL IMPACT. THE SKILLS ACQUIRED BY THE TEAMS THROUGHOUT THE PREVIOUS PROJECTS WILL BE COMPLEMENTED BY THE EXPERIENCE OF RECOGNISED SCIENTISTS FROM FOREIGN INSTITUTIONS PARTICIPATING IN THIS PROJECT. (English) / rank | |||||||||||||||
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| Property / summary: THIS PROJECT APPEARS AS A CONTINUATION OF THE COORDINATED PROJECT DPI2011-28356-C03 IN WHICH THE 3 APPLICANT GROUPS OF THE CURRENT ONE PARTICIPATED. SOME OF THE NEW TASKS APPEAR AS NATURAL EXTENSION OF OTHERS COMPLETED WITH SUCCESS IN THE PREVIOUS INITIATIVE, WHILE SOME ARE COMPLETELY NEW AND HAVE EMERGED AS A RESULT OF COLLABORATIONS WITH DIFFERENT UNIVERSITIES AND COMPANIES THAT HAVE BEEN ESTABLISHED THANKS TO THE DISSEMINATION OF THE RESULTS OF THE PREVIOUS PROJECT. In CONCRETE, in this project we propose to carry out an EXPERIMENTAL, NUMERICAL STUDY AND, in many cases, theorical, of the following PROBLEMS:_x000D_ 1) FORMATION OF BURBUJES AND DUTTS IN Geometries AND CONDITIONS RELEVANT FOR INDUSTRY: THE FORMATION OF BUBBLES IN ANNULAR LAMINAS, AS WELL AS THE INFLUENCE OF THE DYNAMICS OF THE CONTACT LINE ON GAS-LIQUID INJECTORS, WILL BE STUDIED. THE MICROFLUIDIC DEVICES ALREADY DEVELOPED IN THE PREVIOUS PROJECT WILL ALSO BE PERFECTED TO PRODUCE DROPS AND BUBBLES WITH DIFFERENT COATINGS, ALLOWING TO GENERATE COMPOUND EMULSIONS AND MICROCAPSULAS. FINALLY, THE PROBLEM OF BURSTING A BUBBLE ANCHORED TO A GAS-LIQUID ENTREFASE IN THE PRESENCE OF SURFACTANTS WILL BE ADDRESSED. This PROBLEM shall serve as a vehicle to buy fundamental aspectos of the physics of the suRFACTANTS, which is necessary to reduce costs in the production of ultrasound counters AGENTS, once it will serve to quantify the disparity of the seams of the products that make up the marine spray, a PROBLEM OF ENORME TRASCENDENCE IN CLIMATOLOGY._x000D_ 2) MECHANISMS OF FRAGMENTATION OF IMPACTS against SOLID SUPERFICIES. THE THEORY PREVIOUSLY DEVELOPED TO QUANTIFY THE CRITICAL SPEED (SPLASH SPEED) FROM WHICH A DROP IMPACTING AGAINST A SOLID ENDS DISGREGANDOSE IN SMALLER PARTS, WILL BE TESTED AND EXTENDED TO TAKE INTO ACCOUNT THE EFFECTS OF ROUGHNESS AND SOLID MOJABILITY ON THE SPEED OF SPLASH. The DISTRIBUTION OF SIZES OF GOTAS COMPONING THE SPRAY PRODUCED WITH THE VELOCITY OF IMPACT SUPER TO CRITICA._x000D_ 3) STABILITY OF THE TRAJECTORY OF BURBUJS AND PENOMENS OF MASA TRANSFERENCE IN FLUJS WITH CO2 BURBUJS: THE STABILITY OF BUBBLES THAT ASCEND BY BUOYANCY TO MODERATE REYNOLDS NUMBERS WILL BE STUDIED, INCLUDING ALSO THE EFFECT OF MASS TRANSFER. In addition, the dissolution and growth by rectified diffussion of CONFINED BURBUJS (microdevices, porous mediums, ETC.) will be considered BY THE DINAMIK OF plumes COMPUESTED BY CO2._x000D_ ALL these outstanding INDUSTRIAL PROBLEMS, once LIGHT ON FUNDAMENTAL PHYSIC PROCESSES AND GREAT ENVIRONMENTAL IMPACT. THE SKILLS ACQUIRED BY THE TEAMS THROUGHOUT THE PREVIOUS PROJECTS WILL BE COMPLEMENTED BY THE EXPERIENCE OF RECOGNISED SCIENTISTS FROM FOREIGN INSTITUTIONS PARTICIPATING IN THIS PROJECT. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 19:13, 12 October 2021
Project Q3180340 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3180340 in Spain |
Statements
111,320.0 Euro
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139,150.0 Euro
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80.0 percent
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1 January 2015
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31 December 2018
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UNIVERSIDAD DE JAEN
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37°57'20.63"N, 3°29'31.42"W
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23050
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EL PRESENTE PROYECTO APARECE COMO UNA CONTINUACION DEL PROYECTO COORDINADO DPI2011-28356-C03 EN EL QUE PARTICIPARON LOS 3 GRUPOS SOLICITANTES DEL ACTUAL. PARTE DE LAS NUEVAS TAREAS APARECEN COMO EXTENSION NATURAL DE OTRAS COMPLETADAS CON EXITO EN LA INICIATIVA ANTERIOR, MIENTRAS QUE ALGUNAS SON COMPLETAMENTE NUEVAS Y HAN SURGIDO FRUTO A LAS COLABORACIONES CON DISTINTAS UNIVERSIDADES Y EMPRESAS QUE SE HAN ESTABLECIDO GRACIAS A LA DIFUSION DE LOS RESULTADOS DEL PROYECTO ANTERIOR. EN CONCRETO, EN ESTE PROYECTO PROPONEMOS REALIZAR UN ESTUDIO EXPERIMENTAL, NUMERICO Y, EN MUCHOS CASOS, TEORICO, DE LOS SIGUIENTES PROBLEMAS:_x000D_ 1) FORMACION DE BURBUJAS Y GOTAS EN GEOMETRIAS Y CONDICIONES RELEVANTES PARA LA INDUSTRIA: SE ESTUDIARA LA FORMACION DE BURBUJAS EN LAMINAS ANULARES, ASI COMO LA INFLUENCIA DE LA DINAMICA DE LA LINEA DE CONTACTO EN INYECTORES GAS-LIQUIDO. TAMBIEN SE PERFECCIONARAN LOS DISPOSITIVOS MICROFLUIDICOS YA DESARROLLADOS EN EL PROYECTO ANTERIOR PARA PRODUCIR GOTAS Y BURBUJAS CON DIFERENTES RECUBRIMIENTOS, LO QUE PERMITIRA GENERAR EMULSIONES COMPUESTAS Y MICROCAPSULAS. POR ULTIMO, SE ABORDARA EL PROBLEMA DE LA ROTURA DE UNA BURBUJA ANCLADA A UNA ENTREFASE LIQUIDO-GAS EN PRESENCIA DE SURFACTANTES. ESTE PROBLEMA SERVIRA COMO VEHICULO PARA COMPRENDER ASPECTOS FUNDAMENTALES DE LA FISICA DE LOS SURFACTANTES, LO QUE ES NECESARIO PARA ABARATAR COSTES EN LA PRODUCCION DE AGENTES DE CONTRASTE EN ECOGRAFIAS, A LA VEZ QUE SERVIRA PARA CUANTIFICAR LA DISTRIBUCION DE TAMAÑOS DE LAS GOTAS QUE COMPONEN EL ESPRAY MARINO, UN PROBLEMA DE ENORME TRASCENDENCIA EN CLIMATOLOGIA._x000D_ 2) MECANISMOS DE FRAGMENTACION DE GOTAS POR IMPACTO CONTRA SUPERFICIES SOLIDAS. LA TEORIA DESARROLLADA PREVIAMENTE PARA CUANTIFICAR LA VELOCIDAD CRITICA (VELOCIDAD DE SPLASH) A PARTIR DE LA CUAL UNA GOTA QUE IMPACTA CONTRA UN SOLIDO TERMINA DISGREGANDOSE EN PARTES MAS PEQUEÑAS, SE PONDRA A PRUEBA Y SE EXTENDERA PARA TENER EN CUENTA LOS EFECTOS DE LA RUGOSIDAD Y DE LA MOJABILIDAD DEL SOLIDO EN LA VELOCIDAD DE SPLASH. SE ESTUDIARA ASIMISMO LA DISTRIBUCION DE TAMAÑOS DE LAS GOTAS QUE COMPONEN EL ESPRAY PRODUCIDO CUANDO LA VELOCIDAD DE IMPACTO SUPERA A LA CRITICA._x000D_ 3) ESTABILIDAD DE LA TRAYECTORIA DE BURBUJAS Y FENOMENOS DE TRANSFERENCIA DE MASA EN FLUJOS CON BURBUJAS DE CO2: SE ESTUDIARA LA ESTABILIDAD DE BURBUJAS QUE ASCIENDEN POR FLOTABILIDAD A NUMEROS DE REYNOLDS MODERADOS, INCLUYENDO TAMBIEN EL EFECTO DE LA TRANSFERENCIA DE MASA. ASIMISMO SE ANALIZARA LA DISOLUCION Y CRECIMIENTO POR DIFUSION RECTIFICADA DE BURBUJAS EN MEDIOS CONFINADAS (MICRODISPOSITIVOS, MEDIOS POROSOS, ETC.) POR ULTIMO SE CONSIDERARA LA DINAMICA DE PENACHOS COMPUESTOS POR BURBUJAS DE CO2._x000D_ TODAS ESTAS TAREAS ABORDAN PROBLEMAS DE GRAN REPERCUSION INDUSTRIAL, A LA VEZ QUE ARROJAN LUZ SOBRE PROCESOS FISICOS FUNDAMENTALES Y DE GRAN IMPACTO AMBIENTAL. LAS CAPACIDADES ADQUIRIDAS POR LOS EQUIPOS A LO LARGO DE LOS PROYECTOS ANTERIORES SE COMPLEMENTARAN CON LA EXPERIENCIA DE RECONOCIDOS CIENTIFICOS DE INSTITUCIONES EXTRANJERAS QUE PARTICIPARAN EN ESTE PROYECTO (Spanish)
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THIS PROJECT APPEARS AS A CONTINUATION OF THE COORDINATED PROJECT DPI2011-28356-C03 IN WHICH THE 3 APPLICANT GROUPS OF THE CURRENT ONE PARTICIPATED. SOME OF THE NEW TASKS APPEAR AS NATURAL EXTENSION OF OTHERS COMPLETED WITH SUCCESS IN THE PREVIOUS INITIATIVE, WHILE SOME ARE COMPLETELY NEW AND HAVE EMERGED AS A RESULT OF COLLABORATIONS WITH DIFFERENT UNIVERSITIES AND COMPANIES THAT HAVE BEEN ESTABLISHED THANKS TO THE DISSEMINATION OF THE RESULTS OF THE PREVIOUS PROJECT. In CONCRETE, in this project we propose to carry out an EXPERIMENTAL, NUMERICAL STUDY AND, in many cases, theorical, of the following PROBLEMS:_x000D_ 1) FORMATION OF BURBUJES AND DUTTS IN Geometries AND CONDITIONS RELEVANT FOR INDUSTRY: THE FORMATION OF BUBBLES IN ANNULAR LAMINAS, AS WELL AS THE INFLUENCE OF THE DYNAMICS OF THE CONTACT LINE ON GAS-LIQUID INJECTORS, WILL BE STUDIED. THE MICROFLUIDIC DEVICES ALREADY DEVELOPED IN THE PREVIOUS PROJECT WILL ALSO BE PERFECTED TO PRODUCE DROPS AND BUBBLES WITH DIFFERENT COATINGS, ALLOWING TO GENERATE COMPOUND EMULSIONS AND MICROCAPSULAS. FINALLY, THE PROBLEM OF BURSTING A BUBBLE ANCHORED TO A GAS-LIQUID ENTREFASE IN THE PRESENCE OF SURFACTANTS WILL BE ADDRESSED. This PROBLEM shall serve as a vehicle to buy fundamental aspectos of the physics of the suRFACTANTS, which is necessary to reduce costs in the production of ultrasound counters AGENTS, once it will serve to quantify the disparity of the seams of the products that make up the marine spray, a PROBLEM OF ENORME TRASCENDENCE IN CLIMATOLOGY._x000D_ 2) MECHANISMS OF FRAGMENTATION OF IMPACTS against SOLID SUPERFICIES. THE THEORY PREVIOUSLY DEVELOPED TO QUANTIFY THE CRITICAL SPEED (SPLASH SPEED) FROM WHICH A DROP IMPACTING AGAINST A SOLID ENDS DISGREGANDOSE IN SMALLER PARTS, WILL BE TESTED AND EXTENDED TO TAKE INTO ACCOUNT THE EFFECTS OF ROUGHNESS AND SOLID MOJABILITY ON THE SPEED OF SPLASH. The DISTRIBUTION OF SIZES OF GOTAS COMPONING THE SPRAY PRODUCED WITH THE VELOCITY OF IMPACT SUPER TO CRITICA._x000D_ 3) STABILITY OF THE TRAJECTORY OF BURBUJS AND PENOMENS OF MASA TRANSFERENCE IN FLUJS WITH CO2 BURBUJS: THE STABILITY OF BUBBLES THAT ASCEND BY BUOYANCY TO MODERATE REYNOLDS NUMBERS WILL BE STUDIED, INCLUDING ALSO THE EFFECT OF MASS TRANSFER. In addition, the dissolution and growth by rectified diffussion of CONFINED BURBUJS (microdevices, porous mediums, ETC.) will be considered BY THE DINAMIK OF plumes COMPUESTED BY CO2._x000D_ ALL these outstanding INDUSTRIAL PROBLEMS, once LIGHT ON FUNDAMENTAL PHYSIC PROCESSES AND GREAT ENVIRONMENTAL IMPACT. THE SKILLS ACQUIRED BY THE TEAMS THROUGHOUT THE PREVIOUS PROJECTS WILL BE COMPLEMENTED BY THE EXPERIENCE OF RECOGNISED SCIENTISTS FROM FOREIGN INSTITUTIONS PARTICIPATING IN THIS PROJECT. (English)
12 October 2021
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Jaén
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Identifiers
DPI2014-59292-C3-3-P
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