GAP (Q2074315): Difference between revisions
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(Changed label, description and/or aliases in 2 languages: Changing unique label-description pair) |
(Removed claim: financed by (P890): Directorate-General for Regional and Urban Policy (Q8361), Removing unnecessary financed by statement) |
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| Property / financed by: Directorate-General for Regional and Urban Policy / rank | |||
Revision as of 13:31, 2 November 2020
Project Q2074315 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | GAP |
Project Q2074315 in Italy |
Statements
735,774.43 Euro
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1,471,548.86 Euro
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50.0 percent
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19 April 2018
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18 October 2020
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CONSORZIO SPRING STRATEGIC PARTNERSHIP FOR RESEARCHED-BASED, INNOVATIVE AND NETWORKED GROWTH
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45°32'55.79"N, 11°32'52.37"E
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NEI VARI AMBITI DELLA PRODUZIONE INDUSTRIALE, UNA CRESCENTE ATTENZIONE E' DEDICATA ALLA PROGETTAZIONE E ALLA REALIZZAZIONE DI COMPONENTI AD ELEVATE PRESTAZIONI REALIZZATI UTILIZZANDO MATERIALI AD ALTO CONTENUTO INNOVATIVO, QUALI LE GHISE (AUSTEMPERATE, AD ELEVATO SILICIO, A GRAFITE COMPATTA) E LE LEGHE LEGGERE (LEGHE ALLUMINIO-SILICIO O ALLUMINIO-MAGNESIO, ADDIZIONATE DI ELEMENTI IN GRADO DI OTTIMIZZARNE LA MICROSTRUTTURA). TALI MATERIALI RIENTRANO NELL'AREA DEL "LIGHTWEIGHT DESIGN": LE LORO ELEVATE CARATTERISTICHE MECCANICHE, EVENTUALMENTE ABBINATE A VALORI CONTENUTI DI DENSITA', PERMETTONO LA REALIZZAZIONE DI COMPONENTI LEGGERI, A RIDOTTO SPESSORE, A BASSO IMPATTO AMBIENTALE, CON NOTEVOLI VANTAGGI NEI SETTORI DEI TRASPORTI, DEI BENI DI CONSUMO, DELLA MECCANICA. IL PROGETTO SI COLLOCA NELL'AMBITO SMART MANUFACTURING, AVVALENDOSI DELLE TECNOLOGIE ABILITANTI DEI MATERIALI AVANZATI (LEGHE LEGGERE E GHISE INNOVATIVE AD ALTE PRESTAZIONI), DEI SISTEMI AVANZATI DI PRODUZIONE (INTRODUZIONE DI (Italian)
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IN THE VARIOUS FIELDS OF INDUSTRIAL PRODUCTION, A GROWING FOCUS IS ON DESIGNING AND BUILDING HIGH PERFORMANCE COMPONENTS USING MATERIALS WITH A HIGH INNOVATIVE CONTENT, SUCH AS, HIGH SILICON, COMPACT GRAPHITE, AND LIGHT ALLOYS (ALUMINIUM-SILICON OR ALUMINIUM-MAGNESIUM ALLOYS, AND CONTAINING ELEMENTS CAPABLE OF OPTIMISING MICROSTRUCTURE). THESE MATERIALS ARE PART OF THE “LIGHTER-THAN-AIR VEHICLES”: THEIR HIGH MECHANICAL CHARACTERISTICS, WHICH MAY BE COMBINED WITH VALUES OF DENSITY, ALLOW THE CONSTRUCTION OF THIN, REDUCED-THICKNESS LIGHT COMPONENTS WITH A LOW ENVIRONMENTAL IMPACT, WITH SIGNIFICANT BENEFITS IN THE TRANSPORT, CONSUMER GOODS, MECHANICAL ENGINEERING SECTORS. THE PROJECT IS IN THE FIELD OF SMART MANUFACTURING, MAKING USE OF ADVANCED MATERIALS (LIGHT ALLOYS AND HIGH PERFORMANCE INNOVATIVE STEEL), ADVANCED MANUFACTURING SYSTEMS (INTRODUCTION OF (English)
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Identifiers
B87H18000800009
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