DEVELOPMENT OF INNOVATIVE PRODUCTS IN THE INDUSTRIA4.0 CONTEXT THROUGH VIRTUAL PROTOTYPING AND ADDITIVE MANUFACTURING (Q4141336): 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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DEVELOPMENT OF INNOVATIVE PRODUCTS IN THE INDUSTRIA4.0 CONTEXT THROUGH VIRTUAL PROTOTYPING AND ADDITIVE MANUFACTURING | |||||||||||||||
| Property / summary | |||||||||||||||
THE PROJECT INTEGRATES SEVERAL SIMULATION TOOLS FOR THE DEVELOPMENT OF INNOVATIVE PRODUCTS THROUGH DIGITAL DESIGN. THROUGH TOPOLOGICAL OPTIMISATION, WE INTEND TO EXTEND THE USE OF VIRTUAL PROTOTYPING FROM THE PRELIMINARY DESIGN PHASE TO THEN PROGRESS IN THE EXECUTIVE DESIGN THROUGH DIGITAL DESIGN AND ADDITIVE MANUFACTURING, INTEGRATING CAD MODELING TECHNIQUES, MULTI-PHYSICAL SIMULATIONS ON THE PRODUCT AND MANUFACTURING PROCESSES (PRE AND POST PROCESSING, GEOMETRIC AND DIMENSIONAL CHECKS) AND DATA VISUALISATION. THROUGH THE COLLABORATION WITH L’INFN THE METHODS DEVELOPED WILL BE APPLIED AND VALIDATED TO THE PROJECT OF HEAT EXCHANGERS WITH HIGH ADDED VALUE, BY TYPE OF MATERIALS AND FIELDS OF PERFORMANCE. THE EFFECTS OF THE METHODS TO BE DEVELOPED ARE THE ENHANCEMENT OF THE USE OF VIRTUAL PROTOTYPING AS A PRODUCT DEVELOPMENT TOOL FOR INDUSTRIAL SECTORS SUCH AS BIOMEDICAL AND AEROSPACE, AND MANUFACTURING INDUSTRIES WHERE THE (English) | |||||||||||||||
| Property / summary: THE PROJECT INTEGRATES SEVERAL SIMULATION TOOLS FOR THE DEVELOPMENT OF INNOVATIVE PRODUCTS THROUGH DIGITAL DESIGN. THROUGH TOPOLOGICAL OPTIMISATION, WE INTEND TO EXTEND THE USE OF VIRTUAL PROTOTYPING FROM THE PRELIMINARY DESIGN PHASE TO THEN PROGRESS IN THE EXECUTIVE DESIGN THROUGH DIGITAL DESIGN AND ADDITIVE MANUFACTURING, INTEGRATING CAD MODELING TECHNIQUES, MULTI-PHYSICAL SIMULATIONS ON THE PRODUCT AND MANUFACTURING PROCESSES (PRE AND POST PROCESSING, GEOMETRIC AND DIMENSIONAL CHECKS) AND DATA VISUALISATION. THROUGH THE COLLABORATION WITH L’INFN THE METHODS DEVELOPED WILL BE APPLIED AND VALIDATED TO THE PROJECT OF HEAT EXCHANGERS WITH HIGH ADDED VALUE, BY TYPE OF MATERIALS AND FIELDS OF PERFORMANCE. THE EFFECTS OF THE METHODS TO BE DEVELOPED ARE THE ENHANCEMENT OF THE USE OF VIRTUAL PROTOTYPING AS A PRODUCT DEVELOPMENT TOOL FOR INDUSTRIAL SECTORS SUCH AS BIOMEDICAL AND AEROSPACE, AND MANUFACTURING INDUSTRIES WHERE THE (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: THE PROJECT INTEGRATES SEVERAL SIMULATION TOOLS FOR THE DEVELOPMENT OF INNOVATIVE PRODUCTS THROUGH DIGITAL DESIGN. THROUGH TOPOLOGICAL OPTIMISATION, WE INTEND TO EXTEND THE USE OF VIRTUAL PROTOTYPING FROM THE PRELIMINARY DESIGN PHASE TO THEN PROGRESS IN THE EXECUTIVE DESIGN THROUGH DIGITAL DESIGN AND ADDITIVE MANUFACTURING, INTEGRATING CAD MODELING TECHNIQUES, MULTI-PHYSICAL SIMULATIONS ON THE PRODUCT AND MANUFACTURING PROCESSES (PRE AND POST PROCESSING, GEOMETRIC AND DIMENSIONAL CHECKS) AND DATA VISUALISATION. THROUGH THE COLLABORATION WITH L’INFN THE METHODS DEVELOPED WILL BE APPLIED AND VALIDATED TO THE PROJECT OF HEAT EXCHANGERS WITH HIGH ADDED VALUE, BY TYPE OF MATERIALS AND FIELDS OF PERFORMANCE. THE EFFECTS OF THE METHODS TO BE DEVELOPED ARE THE ENHANCEMENT OF THE USE OF VIRTUAL PROTOTYPING AS A PRODUCT DEVELOPMENT TOOL FOR INDUSTRIAL SECTORS SUCH AS BIOMEDICAL AND AEROSPACE, AND MANUFACTURING INDUSTRIES WHERE THE (English) / qualifier | |||||||||||||||
point in time: 31 January 2022
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Revision as of 10:06, 31 January 2022
Project Q4141336 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DEVELOPMENT OF INNOVATIVE PRODUCTS IN THE INDUSTRIA4.0 CONTEXT THROUGH VIRTUAL PROTOTYPING AND ADDITIVE MANUFACTURING |
Project Q4141336 in Italy |
Statements
21,945.42 Euro
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43,890.84 Euro
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50.0 percent
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UNIVERSITÃ DEGLI STUDI DI ROMA LA SAPIENZA
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IL PROGETTO INTEGRA DIVERSI STRUMENTI DI SIMULAZIONE PER LO SVILUPPO DI PRODOTTI INNOVATIVI ATTRAVERSO DIGITAL DESIGN. ATTRAVERSO L'OTTIMIZZAZIONE TOPOLOGICA SI INTENDE ESTENDERE L'USO DEL VIRTUAL PROTOTYPING FIN DALLA FASE DI PROGETTO PRELIMINARE PER POI PROGREDIRE NEL PROGETTO ESECUTIVO ATTRAVERSO IL DIGITAL DESIGN E LA MANIFATTURA ADDITIVA, INTEGRANDO TECNICHE DI MODELLAZIONE CAD, SIMULAZIONI MULTI-FISICHE SUL PRODOTTO E SUI PROCESSI DI FABBRICAZIONE (PRE E POST PROCESSING, VERIFICHE GEOMETRICHE E DIMENSIONALI) E DATA VISUALIZATION. ATTRAVERSO LA COLLABORAZIONE CON L'INFN I METODI SVILUPPATI SARANNO APPLICATI E VALIDATI AL PROGETTO DI SCAMBIATORI DI CALORE AD ALTO VALORE AGGIUNTO, PER TIPOLOGIA DI MATERIALI E AMBITI DI PRESTAZIONE. LE RICADUTE DEI METODI CHE SI INTENDONO SVILUPPARE RISIEDONO NEL POTENZIAMENTO DELL'USO DEL VIRTUAL PROTOTYPING COME STRUMENTO DI SVILUPPO PRODOTTO PER SETTORI INDUSTRIALI QUALI IL SETTORE BIOMEDICALE E L'AEROSPAZIO, E LE INDUSTRIE MANIFATTURIERE DOVE LA (Italian)
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EL PROYECTO INTEGRA VARIAS HERRAMIENTAS DE SIMULACIÓN PARA EL DESARROLLO DE PRODUCTOS INNOVADORES A TRAVÉS DEL DISEÑO DIGITAL. A TRAVÉS DE LA OPTIMIZACIÓN TOPOLÓGICA, PRETENDEMOS AMPLIAR EL USO DE PROTOTIPOS VIRTUALES DESDE LA FASE PRELIMINAR DE DISEÑO HASTA LUEGO AVANZAR EN EL DISEÑO EJECUTIVO A TRAVÉS DEL DISEÑO DIGITAL Y LA FABRICACIÓN ADITIVA, INTEGRANDO TÉCNICAS DE MODELADO CAD, SIMULACIONES MULTIFÍSICAS SOBRE EL PRODUCTO Y PROCESOS DE FABRICACIÓN (PRE Y POSTPROCESAMIENTO, CONTROLES GEOMÉTRICOS Y DIMENSIONALES) Y VISUALIZACIÓN DE DATOS. A TRAVÉS DE LA COLABORACIÓN CON L’INFN, LOS MÉTODOS DESARROLLADOS SE APLICARÁN Y VALIDARÁN AL PROYECTO DE INTERCAMBIADORES DE CALOR DE ALTO VALOR AÑADIDO, POR TIPO DE MATERIALES Y CAMPOS DE RENDIMIENTO. LOS EFECTOS DE LOS MÉTODOS A DESARROLLAR SON LA MEJORA DEL USO DE PROTOTIPOS VIRTUALES COMO HERRAMIENTA DE DESARROLLO DE PRODUCTOS PARA SECTORES INDUSTRIALES TALES COMO BIOMÉDICOS Y AEROESPACIALES, Y INDUSTRIAS MANUFACTURERAS DONDE (Spanish)
30 January 2022
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THE PROJECT INTEGRATES SEVERAL SIMULATION TOOLS FOR THE DEVELOPMENT OF INNOVATIVE PRODUCTS THROUGH DIGITAL DESIGN. THROUGH TOPOLOGICAL OPTIMISATION, WE INTEND TO EXTEND THE USE OF VIRTUAL PROTOTYPING FROM THE PRELIMINARY DESIGN PHASE TO THEN PROGRESS IN THE EXECUTIVE DESIGN THROUGH DIGITAL DESIGN AND ADDITIVE MANUFACTURING, INTEGRATING CAD MODELING TECHNIQUES, MULTI-PHYSICAL SIMULATIONS ON THE PRODUCT AND MANUFACTURING PROCESSES (PRE AND POST PROCESSING, GEOMETRIC AND DIMENSIONAL CHECKS) AND DATA VISUALISATION. THROUGH THE COLLABORATION WITH L’INFN THE METHODS DEVELOPED WILL BE APPLIED AND VALIDATED TO THE PROJECT OF HEAT EXCHANGERS WITH HIGH ADDED VALUE, BY TYPE OF MATERIALS AND FIELDS OF PERFORMANCE. THE EFFECTS OF THE METHODS TO BE DEVELOPED ARE THE ENHANCEMENT OF THE USE OF VIRTUAL PROTOTYPING AS A PRODUCT DEVELOPMENT TOOL FOR INDUSTRIAL SECTORS SUCH AS BIOMEDICAL AND AEROSPACE, AND MANUFACTURING INDUSTRIES WHERE THE (English)
31 January 2022
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ROMA
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