INNOVATIVE COMPOSITE MATERIALS FROM ADDITIVE MANUFACTURING — MA.CO.I.MA. (Q4242486): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Changed label, description and/or aliases in en, and other parts: Adding English translations) |
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INNOVATIVE COMPOSITE MATERIALS FROM ADDITIVE MANUFACTURING — MA.CO.I.MA. | |||||||||||||||
| Property / summary | |||||||||||||||
THE PROJECT AIMS TO DEVELOP INNOVATIVE COMPOSITE AND HYBRID MATERIALS (COMPOSITE-METAL OR COMPOSITE-CERAMIC) THROUGH INNOVATIVE AND ADVANCED PROCESSES SUCH AS L — ADDITIVE MANUFACTURING (AM). THESE MATERIALS ARE USED IN HIGH PERFORMANCE AREAS SUCH AS AERONAUTICS, AUTOMOTIVE, HIGH-SPEED TRANSPORT. THEY AIM TO INCREASE PERFORMANCE AND REDUCE WEIGHTS IN A SUSTAINABILITY PERSPECTIVE OF THE FINAL PRODUCT. AM TECHNOLOGY ITSELF IS CHARACTERISED BY ALMOST ZERO MACHINING MATERIAL WASTE FOR METAL POWDERS WHILE FOR COMPOSITES THEY ARE EVEN NON-EXISTENT. THE AIM IS TO DEVELOP NEW MATERIALS BOTH IN COMPOSITE AND HYBRID FORM FOR THEIR USE IN HIGH DEMANDING SECTORS SUCH AS ADVANCED MECHANICS AND AERONAUTICAL. IN ADDITION TO THE DEVELOPMENT OF AM PROCESSES FOR COMPOSITES, THE STUDY WILL BE ADDRESSED IN THE PROCESS PHASE BOTH POST PROCESS TO DEVELOP JOINT PROCEDURES BETWEEN MATERIALS WITH STRUCTURE AND PROPERTIES (English) | |||||||||||||||
| Property / summary: THE PROJECT AIMS TO DEVELOP INNOVATIVE COMPOSITE AND HYBRID MATERIALS (COMPOSITE-METAL OR COMPOSITE-CERAMIC) THROUGH INNOVATIVE AND ADVANCED PROCESSES SUCH AS L — ADDITIVE MANUFACTURING (AM). THESE MATERIALS ARE USED IN HIGH PERFORMANCE AREAS SUCH AS AERONAUTICS, AUTOMOTIVE, HIGH-SPEED TRANSPORT. THEY AIM TO INCREASE PERFORMANCE AND REDUCE WEIGHTS IN A SUSTAINABILITY PERSPECTIVE OF THE FINAL PRODUCT. AM TECHNOLOGY ITSELF IS CHARACTERISED BY ALMOST ZERO MACHINING MATERIAL WASTE FOR METAL POWDERS WHILE FOR COMPOSITES THEY ARE EVEN NON-EXISTENT. THE AIM IS TO DEVELOP NEW MATERIALS BOTH IN COMPOSITE AND HYBRID FORM FOR THEIR USE IN HIGH DEMANDING SECTORS SUCH AS ADVANCED MECHANICS AND AERONAUTICAL. IN ADDITION TO THE DEVELOPMENT OF AM PROCESSES FOR COMPOSITES, THE STUDY WILL BE ADDRESSED IN THE PROCESS PHASE BOTH POST PROCESS TO DEVELOP JOINT PROCEDURES BETWEEN MATERIALS WITH STRUCTURE AND PROPERTIES (English) / rank | |||||||||||||||
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| Property / summary: THE PROJECT AIMS TO DEVELOP INNOVATIVE COMPOSITE AND HYBRID MATERIALS (COMPOSITE-METAL OR COMPOSITE-CERAMIC) THROUGH INNOVATIVE AND ADVANCED PROCESSES SUCH AS L — ADDITIVE MANUFACTURING (AM). THESE MATERIALS ARE USED IN HIGH PERFORMANCE AREAS SUCH AS AERONAUTICS, AUTOMOTIVE, HIGH-SPEED TRANSPORT. THEY AIM TO INCREASE PERFORMANCE AND REDUCE WEIGHTS IN A SUSTAINABILITY PERSPECTIVE OF THE FINAL PRODUCT. AM TECHNOLOGY ITSELF IS CHARACTERISED BY ALMOST ZERO MACHINING MATERIAL WASTE FOR METAL POWDERS WHILE FOR COMPOSITES THEY ARE EVEN NON-EXISTENT. THE AIM IS TO DEVELOP NEW MATERIALS BOTH IN COMPOSITE AND HYBRID FORM FOR THEIR USE IN HIGH DEMANDING SECTORS SUCH AS ADVANCED MECHANICS AND AERONAUTICAL. IN ADDITION TO THE DEVELOPMENT OF AM PROCESSES FOR COMPOSITES, THE STUDY WILL BE ADDRESSED IN THE PROCESS PHASE BOTH POST PROCESS TO DEVELOP JOINT PROCEDURES BETWEEN MATERIALS WITH STRUCTURE AND PROPERTIES (English) / qualifier | |||||||||||||||
point in time: 2 February 2022
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Revision as of 06:34, 2 February 2022
Project Q4242486 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | INNOVATIVE COMPOSITE MATERIALS FROM ADDITIVE MANUFACTURING — MA.CO.I.MA. |
Project Q4242486 in Italy |
Statements
131,293.6 Euro
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262,587.19 Euro
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50.0 percent
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ECOR INTERNATIONAL
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IL PROGETTO SI PONE L - OBIETTIVO DI SVILUPPARE MATERIALI INNOVATIVI COMPOSITI E IBRIDI (COMPOSITO-METALLO O COMPOSITO-CERAMICO) ATTRAVERSO PROCESSI INNOVATIVI ED AVANZATI QUALI L - ADDITIVE MANUFACTURING (AM). TALI MATERIALI SONO UTILIZZATI IN AMBITI AD ELEVATE PRESTAZIONI QUALI AERONAUTICA, AUTOMOTIVE, TRASPORTO ALTA VELOCITA'. ESSI MIRANO AD INCREMENTARE LE PERFORMANCE E A RIDURRE I PESI IN UN - OTTICA DI SOSTENIBILITA' DEL PRODOTTO FINALE. LA TECNOLOGIA AM E' DI PER SE' CARATTERIZZATA DA SCARTI DI MATERIALE DI LAVORAZIONE QUASI NULLI PER LE POLVERI METALLICHE MENTRE PER I COMPOSITI SONO ADDIRITTURA NON ESISTENTI. SI INTENDONO SVILUPPARE NUOVI MATERIALI SIA IN FORMA DI COMPOSITO SIA IBRIDI PER IL LORO UTILIZZO IN SETTORI HIGH DEMANDING QUALI LA MECCANICA AVANZATA E L - AERONAUTICA. OLTRE ALLA MESSA A PUNTO DEI PROCESSI AM PER I COMPOSITI, SARA' AFFRONTATO LO STUDIO NELLA FASE DI PROCESSO SIA POST PROCESS PER SVILUPPARE PROCEDURE DI GIUNZIONE TRA MATERIALI CON STRUTTURA E PROPRIETA' (Italian)
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THE PROJECT AIMS TO DEVELOP INNOVATIVE COMPOSITE AND HYBRID MATERIALS (COMPOSITE-METAL OR COMPOSITE-CERAMIC) THROUGH INNOVATIVE AND ADVANCED PROCESSES SUCH AS L — ADDITIVE MANUFACTURING (AM). THESE MATERIALS ARE USED IN HIGH PERFORMANCE AREAS SUCH AS AERONAUTICS, AUTOMOTIVE, HIGH-SPEED TRANSPORT. THEY AIM TO INCREASE PERFORMANCE AND REDUCE WEIGHTS IN A SUSTAINABILITY PERSPECTIVE OF THE FINAL PRODUCT. AM TECHNOLOGY ITSELF IS CHARACTERISED BY ALMOST ZERO MACHINING MATERIAL WASTE FOR METAL POWDERS WHILE FOR COMPOSITES THEY ARE EVEN NON-EXISTENT. THE AIM IS TO DEVELOP NEW MATERIALS BOTH IN COMPOSITE AND HYBRID FORM FOR THEIR USE IN HIGH DEMANDING SECTORS SUCH AS ADVANCED MECHANICS AND AERONAUTICAL. IN ADDITION TO THE DEVELOPMENT OF AM PROCESSES FOR COMPOSITES, THE STUDY WILL BE ADDRESSED IN THE PROCESS PHASE BOTH POST PROCESS TO DEVELOP JOINT PROCEDURES BETWEEN MATERIALS WITH STRUCTURE AND PROPERTIES (English)
2 February 2022
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SCHIO
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