RESPONSIVE STIMULI MATERIALS FOR AEROSPACE APPLICATIONS (Q4141365): Difference between revisions
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(Changed label, description and/or aliases in es, and other parts: Adding Spanish translations) |
(Changed label, description and/or aliases in en, and other parts: Adding English translations) |
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RESPONSIVE STIMULI MATERIALS FOR AEROSPACE APPLICATIONS | |||||||||||||||
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DOCTORATE IN ENGINEERING FOR INDUSTRIAL DESIGN AND PRODUCTION — ENTERPRISE: THALES-ALENIA SPACE ITALIA TAS-ITHE PHD PROJECT, THEREFORE, FOCUSES ON THE DEVELOPMENT OF NEW POLYMER-BASED SMART COMPOSITE MATERIALS TO BE PRODUCED BY MEANS OF A SPECIALISED 4D PRINTING PROTOCOL, REPLICABLE ON AN INDUSTRIAL SCALE AND CAPABLE OF ACHIEVING A LEVEL OF TECHNOLOGICAL MATURITY TRL (TECHNOLOGY READINESS LEVEL) BETWEEN 4 (LABORATORY VALIDATED TECHNOLOGY) AND 5 (TECHNOLOGY DEMONSTRATED IN THE INDUSTRIAL ENVIRONMENT) THE MATERIAL DEVELOPMENT PHASE WILL HAVE TO TAKE INTO ACCOUNT THE CONSTRAINTS RELATED TO THE USE OF MATERIALS IN THE SPACE ENVIRONMENT. THE FINAL GOAL OF THE DOCTORATE WILL BE THE DESIGN AND PRODUCTION OF 4D PRINTED MECHANISMS MADE WITH MATERIAL DEVELOPED IN THE LABORATORY AND USABLE IN AEROSPACE. THESE DEVICES CAN BE USED ON SMALL AND LARGE SATELLITES, SO ADVANTAGES IN TERMS OF RELIABILITY, COST, OVERALL WEIGHT AND INNOVATION (English) | |||||||||||||||
| Property / summary: DOCTORATE IN ENGINEERING FOR INDUSTRIAL DESIGN AND PRODUCTION — ENTERPRISE: THALES-ALENIA SPACE ITALIA TAS-ITHE PHD PROJECT, THEREFORE, FOCUSES ON THE DEVELOPMENT OF NEW POLYMER-BASED SMART COMPOSITE MATERIALS TO BE PRODUCED BY MEANS OF A SPECIALISED 4D PRINTING PROTOCOL, REPLICABLE ON AN INDUSTRIAL SCALE AND CAPABLE OF ACHIEVING A LEVEL OF TECHNOLOGICAL MATURITY TRL (TECHNOLOGY READINESS LEVEL) BETWEEN 4 (LABORATORY VALIDATED TECHNOLOGY) AND 5 (TECHNOLOGY DEMONSTRATED IN THE INDUSTRIAL ENVIRONMENT) THE MATERIAL DEVELOPMENT PHASE WILL HAVE TO TAKE INTO ACCOUNT THE CONSTRAINTS RELATED TO THE USE OF MATERIALS IN THE SPACE ENVIRONMENT. THE FINAL GOAL OF THE DOCTORATE WILL BE THE DESIGN AND PRODUCTION OF 4D PRINTED MECHANISMS MADE WITH MATERIAL DEVELOPED IN THE LABORATORY AND USABLE IN AEROSPACE. THESE DEVICES CAN BE USED ON SMALL AND LARGE SATELLITES, SO ADVANTAGES IN TERMS OF RELIABILITY, COST, OVERALL WEIGHT AND INNOVATION (English) / rank | |||||||||||||||
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| Property / summary: DOCTORATE IN ENGINEERING FOR INDUSTRIAL DESIGN AND PRODUCTION — ENTERPRISE: THALES-ALENIA SPACE ITALIA TAS-ITHE PHD PROJECT, THEREFORE, FOCUSES ON THE DEVELOPMENT OF NEW POLYMER-BASED SMART COMPOSITE MATERIALS TO BE PRODUCED BY MEANS OF A SPECIALISED 4D PRINTING PROTOCOL, REPLICABLE ON AN INDUSTRIAL SCALE AND CAPABLE OF ACHIEVING A LEVEL OF TECHNOLOGICAL MATURITY TRL (TECHNOLOGY READINESS LEVEL) BETWEEN 4 (LABORATORY VALIDATED TECHNOLOGY) AND 5 (TECHNOLOGY DEMONSTRATED IN THE INDUSTRIAL ENVIRONMENT) THE MATERIAL DEVELOPMENT PHASE WILL HAVE TO TAKE INTO ACCOUNT THE CONSTRAINTS RELATED TO THE USE OF MATERIALS IN THE SPACE ENVIRONMENT. THE FINAL GOAL OF THE DOCTORATE WILL BE THE DESIGN AND PRODUCTION OF 4D PRINTED MECHANISMS MADE WITH MATERIAL DEVELOPED IN THE LABORATORY AND USABLE IN AEROSPACE. THESE DEVICES CAN BE USED ON SMALL AND LARGE SATELLITES, SO ADVANTAGES IN TERMS OF RELIABILITY, COST, OVERALL WEIGHT AND INNOVATION (English) / qualifier | |||||||||||||||
point in time: 31 January 2022
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Revision as of 10:06, 31 January 2022
Project Q4141365 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | RESPONSIVE STIMULI MATERIALS FOR AEROSPACE APPLICATIONS |
Project Q4141365 in Italy |
Statements
15,675.3 Euro
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31,350.6 Euro
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50.0 percent
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UNIVERSITÃ DEGLI STUDI DI ROMA TOR VERGATA
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DOTTORATO IN INGEGNERIA PER LA PROGETTAZIONE E PRODUZIONE INDUSTRIALE - IMPRESA: THALES-ALENIA SPACE ITALIA TAS-IIL PROGETTO DI DOTTORATO, DUNQUE, VERTE SULLO SVILUPPO DI NUOVI MATERIALI SMART COMPOSITI A BASE POLIMERICA DA PRODURRE MEDIANTE UN PROTOCOLLO SPECIALIZZATO DI STAMPA 4D, REPLICABILE SU SCALA INDUSTRIALE E TALE DA RAGGIUNGERE UN LIVELLO DI MATURITÃ TECNOLOGICA TRL (TECHNOLOGY READINESS LEVEL) COMPRESO TRA 4 (TECNOLOGIA CONVALIDATA IN LABORATORIO) E 5 (TECNOLOGIA DIMOSTRATA IN AMBIENTE INDUSTRIALE) LA FASE DI SVILUPPO MATERIALE DOVRÃ TENERE IN CONSIDERAZIONE I VINCOLI LEGATI ALL'UTILIZZO DI MATERIALI IN AMBIENTE SPAZIALE. L'OBIETTIVO FINALE DEL DOTTORATO SARÃ IL DESIGN E LA PRODUZIONE DI MECCANISMI 4D PRINTED REALIZZATI CON MATERIALE SVILUPPATO IN LABORATORIO E IMPIEGABILI IN AMBITO AEROSPAZIALE. TALI DISPOSITIVI POSSOTRANNO ESSERE IMPIEGATI SU SATELLITI DI PICCOLE MEDIE E GRANDI DIMENSIONI, PERTANTO VANTAGGI IN TERMINI DI AFFIDABILITÃ , COSTO, PESO COMPLESSIVO E INNOVAZIO (Italian)
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DOCTORADO EN INGENIERÍA PARA DISEÑO Y PRODUCCIÓN INDUSTRIAL — EMPRESA: THALES-ALENIA SPACE ITALIA TAS-I EL PROYECTO DE DOCTORADO, POR LO TANTO, SE CENTRA EN EL DESARROLLO DE NUEVOS MATERIALES COMPUESTOS INTELIGENTES BASADOS EN POLÍMEROS QUE SE PRODUCIRÁN MEDIANTE UN PROTOCOLO DE IMPRESIÓN 4D ESPECIALIZADO, REPRODUCIBLE A ESCALA INDUSTRIAL Y CAPAZ DE ALCANZAR UN NIVEL DE MADUREZ TECNOLÓGICA TRL (NIVEL DE PREPARACIÓN TECNOLÓGICA) ENTRE 4 (TECNOLOGÍA VALIDADA EN LABORATORIO) Y 5 (TECNOLOGÍA DEMOSTRADA EN EL ENTORNO INDUSTRIAL) LA FASE DE DESARROLLO DE MATERIALES TENDRÁ QUE TENER EN CUENTA LAS LIMITACIONES RELACIONADAS CON EL USO DE MATERIALES EN EL ENTORNO ESPACIAL. EL OBJETIVO FINAL DEL DOCTORADO SERÁ EL DISEÑO Y PRODUCCIÓN DE MECANISMOS IMPRESOS 4D REALIZADOS CON MATERIAL DESARROLLADO EN EL LABORATORIO Y UTILIZABLE EN AEROESPACIAL. ESTOS DISPOSITIVOS SE PUEDEN UTILIZAR EN SATÉLITES PEQUEÑOS Y GRANDES, POR LO QUE LAS VENTAJAS EN TÉRMINOS DE FIABILIDAD, COSTE, PESO GLOBAL E INNOVACIÓN (Spanish)
30 January 2022
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DOCTORATE IN ENGINEERING FOR INDUSTRIAL DESIGN AND PRODUCTION — ENTERPRISE: THALES-ALENIA SPACE ITALIA TAS-ITHE PHD PROJECT, THEREFORE, FOCUSES ON THE DEVELOPMENT OF NEW POLYMER-BASED SMART COMPOSITE MATERIALS TO BE PRODUCED BY MEANS OF A SPECIALISED 4D PRINTING PROTOCOL, REPLICABLE ON AN INDUSTRIAL SCALE AND CAPABLE OF ACHIEVING A LEVEL OF TECHNOLOGICAL MATURITY TRL (TECHNOLOGY READINESS LEVEL) BETWEEN 4 (LABORATORY VALIDATED TECHNOLOGY) AND 5 (TECHNOLOGY DEMONSTRATED IN THE INDUSTRIAL ENVIRONMENT) THE MATERIAL DEVELOPMENT PHASE WILL HAVE TO TAKE INTO ACCOUNT THE CONSTRAINTS RELATED TO THE USE OF MATERIALS IN THE SPACE ENVIRONMENT. THE FINAL GOAL OF THE DOCTORATE WILL BE THE DESIGN AND PRODUCTION OF 4D PRINTED MECHANISMS MADE WITH MATERIAL DEVELOPED IN THE LABORATORY AND USABLE IN AEROSPACE. THESE DEVICES CAN BE USED ON SMALL AND LARGE SATELLITES, SO ADVANTAGES IN TERMS OF RELIABILITY, COST, OVERALL WEIGHT AND INNOVATION (English)
31 January 2022
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ROMA
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