Testo della ricerca "Ingegneri 2020. Tutela sviluppo e occupazione", realizzata dalla S3.Studium su incarico nel Consiglio Nazionale degli Ingegneri nel 2012
The document discusses virtual manufacturing systems. Virtual manufacturing (VM) uses computer modeling to simulate real manufacturing processes. It allows testing of product and process designs without physical prototypes. Specifically, the document discusses how VM was used by Boeing to optimize aircraft skin panel forming dies. Through finite element analysis simulation of the metal forming process, VM accurately predicted part springback and allowed determination of the optimal die shape before physical production. This reduced quality issues and assembly problems.
This presentation gives an overview of Microsoft & SAP Solution for Manufacturing O365 in MII 14 which helps you to manage complexity, rapidly develop/deploy, real-time and provides consistent User Experience. It also shows demo screen shots, information to the people who need it, mobile architecture for SAP manufacturing and more.
This document describes a smart manufacturing solution that uses IoT and cloud services to automate and remotely manage a wet wipes packing line. The system seamlessly integrates IT and OT applications to optimize operations, allowing remote and predictive management of the factory to improve uptime by 30%. It also enables data-driven decision making to increase competitiveness and profits through cloud-enabled automation and remote robotic control.
ASML will acquire HMI to enhance its holistic lithography product portfolio. The acquisition will boost ASML and HMI's metrology technologies and support EUV technologies. It will also support ASML's holistic lithography strategy and addressable market opportunities. The acquisition is expected to close in Q4 2016, pending shareholder and regulatory approval.
The document discusses the rise of digital connectivity and its impact on industries. It notes that digital disruption through technologies like sensors, devices, networks and data is changing how companies measure, communicate and use information. This allows new ways of running manufacturing plants that are connected, collaborative and context aware. The document advocates that companies integrate these new technologies into their operations to gain benefits like improved asset performance, lower maintenance costs and higher workforce productivity.
The digital-physical blur trend describes how intelligence is extending to the edge through connected devices and real-time analytics. This allows machines and people to act and react faster based on insights gathered from the physical world. As the line between digital and physical continues to blur, companies have new opportunities to create immersive customer experiences, gain insights for better decision making, and disrupt their industries through intelligent systems that can respond to environments in real time. Leaders must rethink how to engage customers and run their businesses in this new digital-physical world.
Cognizant SAP Manufacturing Success Report 2014Cognizant
The document discusses key trends in the UK manufacturing sector based on a report called "Manufacturing Success 2014". It finds that while UK manufacturers are optimistic about growth prospects, many struggle with interconnectedness. Specifically:
- Over 3/4 of UK manufacturers are optimistic about growth but less than half are able to capitalize on opportunities from connecting people, businesses, and things within their organizations.
- Multi-generational workforces and changing customer demands present challenges around flexibility, skills, and understanding customer needs that manufacturers must address to accelerate growth.
- Supply chain issues have negatively impacted over 60% of manufacturers, highlighting the need for improved visibility and resilience across interconnected supply networks.
Testo della ricerca "Ingegneri 2020. Tutela sviluppo e occupazione", realizzata dalla S3.Studium su incarico nel Consiglio Nazionale degli Ingegneri nel 2012
The document discusses virtual manufacturing systems. Virtual manufacturing (VM) uses computer modeling to simulate real manufacturing processes. It allows testing of product and process designs without physical prototypes. Specifically, the document discusses how VM was used by Boeing to optimize aircraft skin panel forming dies. Through finite element analysis simulation of the metal forming process, VM accurately predicted part springback and allowed determination of the optimal die shape before physical production. This reduced quality issues and assembly problems.
This presentation gives an overview of Microsoft & SAP Solution for Manufacturing O365 in MII 14 which helps you to manage complexity, rapidly develop/deploy, real-time and provides consistent User Experience. It also shows demo screen shots, information to the people who need it, mobile architecture for SAP manufacturing and more.
This document describes a smart manufacturing solution that uses IoT and cloud services to automate and remotely manage a wet wipes packing line. The system seamlessly integrates IT and OT applications to optimize operations, allowing remote and predictive management of the factory to improve uptime by 30%. It also enables data-driven decision making to increase competitiveness and profits through cloud-enabled automation and remote robotic control.
ASML will acquire HMI to enhance its holistic lithography product portfolio. The acquisition will boost ASML and HMI's metrology technologies and support EUV technologies. It will also support ASML's holistic lithography strategy and addressable market opportunities. The acquisition is expected to close in Q4 2016, pending shareholder and regulatory approval.
The document discusses the rise of digital connectivity and its impact on industries. It notes that digital disruption through technologies like sensors, devices, networks and data is changing how companies measure, communicate and use information. This allows new ways of running manufacturing plants that are connected, collaborative and context aware. The document advocates that companies integrate these new technologies into their operations to gain benefits like improved asset performance, lower maintenance costs and higher workforce productivity.
The digital-physical blur trend describes how intelligence is extending to the edge through connected devices and real-time analytics. This allows machines and people to act and react faster based on insights gathered from the physical world. As the line between digital and physical continues to blur, companies have new opportunities to create immersive customer experiences, gain insights for better decision making, and disrupt their industries through intelligent systems that can respond to environments in real time. Leaders must rethink how to engage customers and run their businesses in this new digital-physical world.
Cognizant SAP Manufacturing Success Report 2014Cognizant
The document discusses key trends in the UK manufacturing sector based on a report called "Manufacturing Success 2014". It finds that while UK manufacturers are optimistic about growth prospects, many struggle with interconnectedness. Specifically:
- Over 3/4 of UK manufacturers are optimistic about growth but less than half are able to capitalize on opportunities from connecting people, businesses, and things within their organizations.
- Multi-generational workforces and changing customer demands present challenges around flexibility, skills, and understanding customer needs that manufacturers must address to accelerate growth.
- Supply chain issues have negatively impacted over 60% of manufacturers, highlighting the need for improved visibility and resilience across interconnected supply networks.
Discrete manufacturing Industry- Connect, Transform, and Reimagine: Help Your...Shivakumar Vishwanath
Browse the following pages to explore how a
co-innovation partnership with SAP can help
you unlock the huge potential of the Internet of
Things to deliver new business value for your
customers – and you.
The green engine is a new 6-phase internal combustion engine that has higher efficiency and thermal expansion ratio than traditional engines. It uses direct fuel injection and swirling air intake to thoroughly mix air and fuel for more complete combustion and lower emissions. The engine works in 6 steps - intake, compression, mixing, combustion, power, and exhaust - and has advantages like smaller size, lower costs, and ability to run on multiple fuel types with near-zero emissions. It could be used to power vehicles, generators, and other applications.
Digital Transformation - Beyond the Hype #DF13Capgemini
This document discusses digital transformation and digital mastery. It defines digital mastery as having both digital capabilities through technology-enabled customer and operations initiatives, as well as leadership capabilities like vision, governance, and engagement. Companies that achieve digital mastery, called "Digital Masters", significantly outperform their peers in areas like revenue, efficiency, profitability, and market valuation. The document analyzes different industries and companies' levels of digital mastery and provides recommendations for how any company can build their digital DNA and drive a successful digital transformation.
Going Digital: General Electric and its Digital TransformationCapgemini
GE has undertaken a major digital transformation to transition from being an industrial equipment provider to a provider of data-driven services and solutions. Key aspects of GE's transformation include developing software and analytics products, opening its Predix big data platform to third parties, and attaching sensors to machines to capture performance data and provide analytics to improve efficiency. GE has also hired new digital leaders, set up centers of excellence for software and digital initiatives, and trained employees in startup methodologies to foster innovation. The transformation aims to allow GE to capitalize on data from its industrial equipment and maintain relevance in a changing industry.
Axcend is a global business entity focusing on manufacturing IT solutions. It has a joint venture with a North American IT business group and has been benchmarked at CMMI Level 3 and ISO 9001:2000. It serves over 40 customers with over 100 projects. Axcend offers value-added reselling for ERP and PLM solutions and provides services including PLM solutions, OEE and MES solutions, automation development support, product development support, and testing and validation.
Ie Business School Emba Oct15
Daniel Milner
IoT & Manufacturing Transformation
Internet of Things
Industrial Manufacturing
Technology
Disruptive change
A presentation I gave at the New Mexico Experience IT Conference on IoT and Smart Manufacturing. Includes some very brief details at the end about Cogswell.io (http://www.cogswell.io), our IoT Service Platform which includes Complex Event Processing (CEP) and Pub/Sub solutions. Some slides are unfortunately missing a few references.
This case study explains, how our M2M Telematics Product Development for leading technology company enhanced the product leading to successful deployment.
The document discusses the green engine, which is an internal combustion engine with modifications for higher efficiency and lower emissions. It has six phases - intake, compression, mixing, combustion, power, and exhaust. The green engine has no pistons and instead uses a set of vanes and rotors with small chambers. It provides advantages like small size, light weight, high efficiency, ability to use multiple fuels, and near-zero emissions. Potential applications include use in automobiles, aircraft, generators, and ships.
Digital Transformation is disrupting your business. If you go no further than "uber-ing" a ride to airport, ordering a product from Amazon, you'll know that business as usual doesn't apply.
74% of executives believe that digital transformation is about improving value for customers. Volker Hildebrand of SAP Hybris explains what it means and how going Beyond CRM enables you to engage better with customers - in his Keynote from #CRM2016 - CRM Insider.
For more about CRM see: http://www.sap.com/beyondCRM
The document discusses the "Green engine", a new type of internal combustion engine designed to reduce emissions and increase efficiency. It has several modifications from conventional engines, including a design with rotors and vanes that allows for more complete combustion. The Green engine produces near-zero emissions, is small and lightweight, can run on multiple fuel types, and has high efficiency. It could be applied in vehicles, generators, and other machinery to provide cleaner and more sustainable power.
Leverage IoT to Setup Smart Manufacturing SolutionsSoftweb Solutions
The Internet of Things (IoT) is now to involve in manufacturing unit to deliver and enhance the productivity of companies through smart factory concept. It gives full business insights of manufacturing process and deliver data on their devices. View more at - http://www.softwebsolutions.com/iot-manufacturing-solutions.html
The document discusses virtual manufacturing and non-linear finite element analysis. It notes that virtual manufacturing uses simulation technology, computer hardware, and operating systems to create a virtual lab for product creation and non-linear finite element analysis. This analysis examines the structural behavior, design changes, and effects of changes for a product through the engineering tools.
Catalogo di Innova Day Motor Sport Technologies 2013Francesco Baruffi
Catalogo delle idee d'impresa , delle tecnologie, dei brevetti, delle spinoff e dei gruppi di ricerca selezionati per Innova Day Motor Sport Tech 2013 ed.
Rete competenze per l’economia digitale - Digital for JobCultura Digitale
La Rete competenze per l’Economia Digitale presenta il Quadro Europeo delle Competenze ICT, e-CF, per supportare la crescita delle skill ICT e facilitare la comunicazione tra le imprese dell’offerta e le imprese della domanda.
Nel Luglio 2012 è nata la RETE Competenze per l’Economia Digitale per diffondere una cultura delle competenze ICT nelle imprese italiane e aiutare lo sviluppo delle professioni ICT. La Rete è composta dalle principali associazioni datoriali italiane, ASSINTEL, Assinter Italia, CNA Comunicazione, Confindustria Digitale, Unimatica, e anche da Fondazione Politecnico di Milano che ha partecipato alla nascita e allo sviluppo del Quadro Europeo delle Competenze nell’ICT (European e-Competence Framework, e-CF).L’e-CF è lo strumento di riferimento europeo (Agenda Digitale), a supporto delle imprese e delle persone che operano nel campo dell’Information e Communication Technology (ICT), per identificare e valutare le competenze che servono, per facilitare il match tra domanda e offerta, per monitorare gli spazi di miglioramento e di crescita. l’e-CF è conforme ad altri framework internazionali sui processi ICT, ITIL e COBIT ne sono un esempio; costruito nell’ambito del CEN e supportato dalla DG Enterprise, è uno strumento open source, liberamente scaricabile dal sito www.ecompetences.eu. Infine, l’e-CF costituisce il riferimento per la norma quadro UNI per le professioni ICT, in fase di realizzazione.
La RETE intende promuovere l’e-CF a livello locale attraverso iniziative mirate, ed essere il punto di contatto nazionale per la governance dell’e-CF a livello europeo. L’obiettivo dell’evento è quello di presentare la RETE e l’e-CF e discuterlo assieme per capire il suo possibile utilizzo, allo scopo di identificare aree di miglioramento e di crescita, di sviluppo delle proprie competenze, tanto quelle dei singoli professionisti, quanto quelle dell’azienda nel suo complesso.
Il taglio del seminario sarà pratico-operativo.
11.30 – 11.50 Saluto di benvenuto da parte della RETE Competenze: Fabio Massimo, CNA comunicazione, imprenditore, Presidente Commissione UNIFO per la norma quadro e-CF; Mario Cesaroni, UNIMATICA VA, imprenditore; Clementina Marinoni, manager, Fondazione Politecnico di Milano.
11.50 - 12.10 Introduzione all’e-CF: cos’è, come si usa, chi lo ha voluto in Europa, come lo si sta adottando in Italia, qualche esperienza: Clementina Marinoni, Fondazione Politecnico di Milano, con i colleghi della RETE.
12.10 – 12.15 L’e-CF e la norma quadro UNI di prossima pubblicazione: Fabio Massimo, CNA comunicazione, imprenditore, Presidente Commissione UNIFO per la norma quadro e-CF.
12.15 – 12.45 L’e-CF in pratica: quali sono le competenze di maggiore interesse per me, allo scopo di rafforzare il mio business, aprire nuovi canali, introdurre nuovi prodotti/servizi, gestire meglio il cliente, scegliere i fornitori, sviluppare soluzioni, … Analisi delle 36 competenze ICT con
Nuove tecnologie digitali applicate al mondo del tessile-Fashion. Un percorso innovativo organizzato da Assyst a Maranello, in una giornata ricca di eccellenze del settore della moda e brand internazionali.
Il progetto Cluster AI-TEXTILES - Stato d’avanzamento IV semestreSardegna Ricerche
Lo stato di avanzamento al quarto semestre del progetto AI-TEXTILES, cluster top-down che si propone di sviluppare competenze specifiche e avanzate nell'ambito dei tessuti intelligenti e delle tecnologie legate all'intelligenza artificiali.
Studio C Group - il partner tecnologico che hai sempre cercatoAndrea Cacciatori
Siamo nati nel 1990 e da subito le ns. vocazioni hanno alimentato 2 divisioni: la produzione software in ambito sanitario e più specificamente nei laboratori di Microbiologia, successivamente le esperienze si sono allargate nell'ambito della gestione software apparecchiature medicali e produzione di cartelle cliniche.
La seconda divisione ha sposato la distribuzione delle soluzioni Esa Software cavalcando tutta la progettualità di Spiga PC, Esatto, E/impresa ed E/ready e le soluzioni CRM. Dal maggio 2014 è entrata a far parte del gruppo Team System potendo abbracciare anche le soluzioni Polyedro ed Aliante.
Discrete manufacturing Industry- Connect, Transform, and Reimagine: Help Your...Shivakumar Vishwanath
Browse the following pages to explore how a
co-innovation partnership with SAP can help
you unlock the huge potential of the Internet of
Things to deliver new business value for your
customers – and you.
The green engine is a new 6-phase internal combustion engine that has higher efficiency and thermal expansion ratio than traditional engines. It uses direct fuel injection and swirling air intake to thoroughly mix air and fuel for more complete combustion and lower emissions. The engine works in 6 steps - intake, compression, mixing, combustion, power, and exhaust - and has advantages like smaller size, lower costs, and ability to run on multiple fuel types with near-zero emissions. It could be used to power vehicles, generators, and other applications.
Digital Transformation - Beyond the Hype #DF13Capgemini
This document discusses digital transformation and digital mastery. It defines digital mastery as having both digital capabilities through technology-enabled customer and operations initiatives, as well as leadership capabilities like vision, governance, and engagement. Companies that achieve digital mastery, called "Digital Masters", significantly outperform their peers in areas like revenue, efficiency, profitability, and market valuation. The document analyzes different industries and companies' levels of digital mastery and provides recommendations for how any company can build their digital DNA and drive a successful digital transformation.
Going Digital: General Electric and its Digital TransformationCapgemini
GE has undertaken a major digital transformation to transition from being an industrial equipment provider to a provider of data-driven services and solutions. Key aspects of GE's transformation include developing software and analytics products, opening its Predix big data platform to third parties, and attaching sensors to machines to capture performance data and provide analytics to improve efficiency. GE has also hired new digital leaders, set up centers of excellence for software and digital initiatives, and trained employees in startup methodologies to foster innovation. The transformation aims to allow GE to capitalize on data from its industrial equipment and maintain relevance in a changing industry.
Axcend is a global business entity focusing on manufacturing IT solutions. It has a joint venture with a North American IT business group and has been benchmarked at CMMI Level 3 and ISO 9001:2000. It serves over 40 customers with over 100 projects. Axcend offers value-added reselling for ERP and PLM solutions and provides services including PLM solutions, OEE and MES solutions, automation development support, product development support, and testing and validation.
Ie Business School Emba Oct15
Daniel Milner
IoT & Manufacturing Transformation
Internet of Things
Industrial Manufacturing
Technology
Disruptive change
A presentation I gave at the New Mexico Experience IT Conference on IoT and Smart Manufacturing. Includes some very brief details at the end about Cogswell.io (http://www.cogswell.io), our IoT Service Platform which includes Complex Event Processing (CEP) and Pub/Sub solutions. Some slides are unfortunately missing a few references.
This case study explains, how our M2M Telematics Product Development for leading technology company enhanced the product leading to successful deployment.
The document discusses the green engine, which is an internal combustion engine with modifications for higher efficiency and lower emissions. It has six phases - intake, compression, mixing, combustion, power, and exhaust. The green engine has no pistons and instead uses a set of vanes and rotors with small chambers. It provides advantages like small size, light weight, high efficiency, ability to use multiple fuels, and near-zero emissions. Potential applications include use in automobiles, aircraft, generators, and ships.
Digital Transformation is disrupting your business. If you go no further than "uber-ing" a ride to airport, ordering a product from Amazon, you'll know that business as usual doesn't apply.
74% of executives believe that digital transformation is about improving value for customers. Volker Hildebrand of SAP Hybris explains what it means and how going Beyond CRM enables you to engage better with customers - in his Keynote from #CRM2016 - CRM Insider.
For more about CRM see: http://www.sap.com/beyondCRM
The document discusses the "Green engine", a new type of internal combustion engine designed to reduce emissions and increase efficiency. It has several modifications from conventional engines, including a design with rotors and vanes that allows for more complete combustion. The Green engine produces near-zero emissions, is small and lightweight, can run on multiple fuel types, and has high efficiency. It could be applied in vehicles, generators, and other machinery to provide cleaner and more sustainable power.
Leverage IoT to Setup Smart Manufacturing SolutionsSoftweb Solutions
The Internet of Things (IoT) is now to involve in manufacturing unit to deliver and enhance the productivity of companies through smart factory concept. It gives full business insights of manufacturing process and deliver data on their devices. View more at - http://www.softwebsolutions.com/iot-manufacturing-solutions.html
The document discusses virtual manufacturing and non-linear finite element analysis. It notes that virtual manufacturing uses simulation technology, computer hardware, and operating systems to create a virtual lab for product creation and non-linear finite element analysis. This analysis examines the structural behavior, design changes, and effects of changes for a product through the engineering tools.
Catalogo di Innova Day Motor Sport Technologies 2013Francesco Baruffi
Catalogo delle idee d'impresa , delle tecnologie, dei brevetti, delle spinoff e dei gruppi di ricerca selezionati per Innova Day Motor Sport Tech 2013 ed.
Rete competenze per l’economia digitale - Digital for JobCultura Digitale
La Rete competenze per l’Economia Digitale presenta il Quadro Europeo delle Competenze ICT, e-CF, per supportare la crescita delle skill ICT e facilitare la comunicazione tra le imprese dell’offerta e le imprese della domanda.
Nel Luglio 2012 è nata la RETE Competenze per l’Economia Digitale per diffondere una cultura delle competenze ICT nelle imprese italiane e aiutare lo sviluppo delle professioni ICT. La Rete è composta dalle principali associazioni datoriali italiane, ASSINTEL, Assinter Italia, CNA Comunicazione, Confindustria Digitale, Unimatica, e anche da Fondazione Politecnico di Milano che ha partecipato alla nascita e allo sviluppo del Quadro Europeo delle Competenze nell’ICT (European e-Competence Framework, e-CF).L’e-CF è lo strumento di riferimento europeo (Agenda Digitale), a supporto delle imprese e delle persone che operano nel campo dell’Information e Communication Technology (ICT), per identificare e valutare le competenze che servono, per facilitare il match tra domanda e offerta, per monitorare gli spazi di miglioramento e di crescita. l’e-CF è conforme ad altri framework internazionali sui processi ICT, ITIL e COBIT ne sono un esempio; costruito nell’ambito del CEN e supportato dalla DG Enterprise, è uno strumento open source, liberamente scaricabile dal sito www.ecompetences.eu. Infine, l’e-CF costituisce il riferimento per la norma quadro UNI per le professioni ICT, in fase di realizzazione.
La RETE intende promuovere l’e-CF a livello locale attraverso iniziative mirate, ed essere il punto di contatto nazionale per la governance dell’e-CF a livello europeo. L’obiettivo dell’evento è quello di presentare la RETE e l’e-CF e discuterlo assieme per capire il suo possibile utilizzo, allo scopo di identificare aree di miglioramento e di crescita, di sviluppo delle proprie competenze, tanto quelle dei singoli professionisti, quanto quelle dell’azienda nel suo complesso.
Il taglio del seminario sarà pratico-operativo.
11.30 – 11.50 Saluto di benvenuto da parte della RETE Competenze: Fabio Massimo, CNA comunicazione, imprenditore, Presidente Commissione UNIFO per la norma quadro e-CF; Mario Cesaroni, UNIMATICA VA, imprenditore; Clementina Marinoni, manager, Fondazione Politecnico di Milano.
11.50 - 12.10 Introduzione all’e-CF: cos’è, come si usa, chi lo ha voluto in Europa, come lo si sta adottando in Italia, qualche esperienza: Clementina Marinoni, Fondazione Politecnico di Milano, con i colleghi della RETE.
12.10 – 12.15 L’e-CF e la norma quadro UNI di prossima pubblicazione: Fabio Massimo, CNA comunicazione, imprenditore, Presidente Commissione UNIFO per la norma quadro e-CF.
12.15 – 12.45 L’e-CF in pratica: quali sono le competenze di maggiore interesse per me, allo scopo di rafforzare il mio business, aprire nuovi canali, introdurre nuovi prodotti/servizi, gestire meglio il cliente, scegliere i fornitori, sviluppare soluzioni, … Analisi delle 36 competenze ICT con
Nuove tecnologie digitali applicate al mondo del tessile-Fashion. Un percorso innovativo organizzato da Assyst a Maranello, in una giornata ricca di eccellenze del settore della moda e brand internazionali.
Il progetto Cluster AI-TEXTILES - Stato d’avanzamento IV semestreSardegna Ricerche
Lo stato di avanzamento al quarto semestre del progetto AI-TEXTILES, cluster top-down che si propone di sviluppare competenze specifiche e avanzate nell'ambito dei tessuti intelligenti e delle tecnologie legate all'intelligenza artificiali.
Studio C Group - il partner tecnologico che hai sempre cercatoAndrea Cacciatori
Siamo nati nel 1990 e da subito le ns. vocazioni hanno alimentato 2 divisioni: la produzione software in ambito sanitario e più specificamente nei laboratori di Microbiologia, successivamente le esperienze si sono allargate nell'ambito della gestione software apparecchiature medicali e produzione di cartelle cliniche.
La seconda divisione ha sposato la distribuzione delle soluzioni Esa Software cavalcando tutta la progettualità di Spiga PC, Esatto, E/impresa ed E/ready e le soluzioni CRM. Dal maggio 2014 è entrata a far parte del gruppo Team System potendo abbracciare anche le soluzioni Polyedro ed Aliante.
Techno DESIGN it’s a qualified and dynamic company, born in South Italy in 1997.
Techno DESIGN has started its activity prevalently on road transport: automotive, trailers, half trailers, compactors and agricultural machinery.
With a wide experience gained on fieldwork, the young company starts from a solid background that has grown by the time and from a strong professional know-how and capacity to adapt to different scenarios.
During the years Techno Design has gained different experience in various sectors, being by the years one of the Company leader in Italy and able to engage new challenges of a new global market.
Techno DESIGN provides a qualified technical support in the process implementation of methodologies and technologies for companies that intend to reach ambitious targets. To achieve their targets faster, the industrial designers require qualified assistance when drawing up the ideas, with an accurate design and BOM documentation to accelerate and coordinate the work.
La EDP presenta il suo portale MEC (Meccanica Eccellenza Cremonese) dedicato alle aziende meccaniche della zona di Cremona, Crema e Casalmaggiore. Si realizzano portali dedicati a qualsiasi categoria in qualsiasi zona d'Italia.
Il Dott. Bruno Belluccia con il suo intervento introduttivo in occasione dell'evento "Industria 4.0, tecnologie abilitanti" tenutosi giorno 12-04-2017 presso la sala congressi ASI di Gela.
L'evento è stato realizzato da SB engine srl, Comune di Gela e il Google Developer Group
1. Ing. Angelo Messina
Chief Research & Development Officer
EnginSoft SpA
VIRTUAL PRODUCT DESIGN IN
MANUFACTURING
2. EnginSoft short overview
Simulation Based Engineering Science (SBES)
Engineering Simulation
Focus Automotive
Other Industrial Sectors
Industry 4.0
Final Remarks
A. Messina - CRO - Enginsoft SpA
Summary
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
21 Ottobre 2016
3. EnginSoft: L’Azienda
Multinazionale Italiana nata nel 1983 per iniziativa di un gruppo di
ingegneri appassionati di nuove tecnologie e calcolo numerico
Realtà dinamica, formata da oltre 120 specialisti che impiegano le
migliori tecnologie software di Prototipazione Virtuale, Simulazione
numerica e Ottimizzazione per sviluppare metodi e prodotti innovativi, in
stretta collaborazione con i propri clienti
Vende, personalizza e supporta le stesse tecnologie hardware e
software che utilizza, per sviluppare progetti ed erogare servizi di
consulenza alle aziende
Crede che lavorare su tematiche innovative e strategiche insieme ai
propri Clienti sia il vero valore e dia senso al termine di partnership
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
4. ES England
*Coventry
ES Nordic
*Lund
ES Germany
*Frankfurt
ES France
*ParisES America
*Palo Alto, CA
ES America
*Houston, TX
Mesagne
Trento
Padova
Bergamo
Torino
Firenze
Competence Center
ES Turkey
*Istanbul
ES Italy
*Trento
EnginSoft Turkey
Teknopark İstanbul
Teknopark Bulvarı
Sanayii Mah. No:1/1A 311
34906 Pendik İSTANBUL
EnginSoft UK
University of Warwick Science Park
The Venture Centre
Sir William Lyons Rd
Coventry CV4 7EZ
EnginSoft Nordic
IDEON Science Park
223 70 Lund
Sweden
EnginSoft Germany
Berner Straße 107
60473, Frankfurt am Main
EnginSoft France
88, Avenue du Genéral Leclerc Bat.A
92100 Boulogne Billancourt
Presenza Globale
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
5. EnginSoft: Caratteri distintivi
Competenze multidisciplinari e Servizi ad altissimo valore aggiunto
Tecnologie best in class e trasferimento tecnologico
Formazione, Alta Formazione e Training-on-the-job
Progetti di ricerca e Laboratorio accreditato dal MIUR per progetti di
trasferimento tecnologico nel settore del CAE e della sperimentazione
virtuale
60+
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
6. Cosa serve, dal punto di vista tecnico/industriale, ad un’azienda
manifatturiera (start up o già consolidata) per competere con successo sui
mercati (globali)?
Avere una buona idea (innovativa)
Saperla tradurre in un concept di prodotto (con attenzione ai servizi connessi)
Sviluppare il prodotto in tempi rapidi (TTM) e con costi adeguati
Ottimizzare le fasi produttive (qualità, produttività)
Saper adeguare il prodotto e la produzione alle esigenze del mercato (flessibilità)
…….
Quali sono i principali fattori abilitanti?
Disporre di persone motivate e con competenze adeguate
Utilizzare metodologie, strumenti SW e tecnologie idonee
A. Messina - CRO - Enginsoft SpA
Premessa
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
21 Ottobre 2016
SBES - Simulation Based Engineering Science
7. Simulation Based Engineering Science (SBES)
Definizione di SBES*
La fusione di conoscenze e tecniche
dell’ingegneria tradizionale con le
conoscenze e tecniche della ‘computer
science’, della matematica e delle
scienze fisiche e sociali.
*Rapporto del Blue Ribbon Panel sulla
SBES 2006 by National Science
Foundation - USA
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
8. Simulation Based Engineering Science (SBES)
Pay-off della SBES*:
Medicina: La maggior parte delle malattie (cardiache, respiratorie, neoplastiche, …) e delle
relative cure… comportano reazioni fisiche complesse ed interazioni tra sistemi biologici dal
livello molecolare alla scala dell’organismo. La simulazione ne può aumentare radicalmente
la comprensione, e contribuire, quindi, al miglioramento delle cure ….
*Rapporto del Blue Ribbon Panel sulla
SBES 2006 by National Science
Foundation - USA
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
9. Simulation Based Engineering Science (SBES)
Pay-off della SBES*:
Sicurezza / Risk Assessment: in relazione allo sviluppo di sistemi che proteggano l’uomo e
le infrastrutture, e, quindi, in relazione all’ambiente (ad esempio rispetto alla polluzione di
inquinanti), a catastrofi naturali (terremoti, uragani), alla gestione delle riserve d’acqua ed
alimentari, alla distribuzione dell’energia…
*Rapporto del Blue Ribbon Panel sulla
SBES 2006 by National Science
Foundation - USA
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
10. Simulation Based Engineering Science (SBES)
Pay-off della SBES*:
Industria: La SBES è ormai ovunque. La sua piena valorizzazione richiede, però:
che si sviluppino sistematicamente modelli multi-scala;
che si espandano i metodi oggi disponibili per la simulazione, a livello macroscopico, di
processi manifatturieri, tenendo conto di comportamenti a livello meso e nano;
che si implementino sistemi capaci di trattare effettivamente l’integrazione di sistemi
complessi in ottica di ottimizzazione multi-obiettivo e multi-disciplinare, e di
progettazione robusta;
che si possa accertare la validità della sperimentazione virtuale attraverso tecniche
di validazione, verifica, e qualificazione delle incertezze.
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
Riduzione TTM e Costi Sviluppo Prodotto
Incremento rapporto qualità/costi
Capitalizzazione Know-How
11. SBES in Industry: Engineering Simulation
Enorme espansione dei metodi afferenti al settore.
Difficoltà di dare una definizione omni-comprensiva (e/o distintiva) alle discipline,
tecnologie e metodi
Definizioni
Numerical simulation
Computer Aided Engineering (CAE)
Virtual Prototyping (VP), Virtual Testing (VT), Digital Prototyping (DP), Digital Testing
(DT), Digital Mock-up (DMU);
Intelligent Virtual Prototyping (iVP)
Process simulation (injection molding, metal forming, casting, forging, hydroforming, …)
Computer Aided Production Engineering (CAPE)
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
12. A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
Analisi delle
Tolleranze
Stampaggio Fonderia Forgiatura
Iniezione di
materie plastiche
Gestione dati
sperimentali
Urto Multibody Acustica Fluidodinamica 1D
Fluidodinamica 3D
Elettromagnetismo
Analisi strutturali
Capture Knowlege
Engineering Simulation:
the way to compete
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
14. Automotive: Engineering Simulation
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
15. Automotive: Impatto
Crash test full scale
GOAL: optimization of biomechanical parameters
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
16. Automotive: Impatto & Biomechanics
Bugatti seat
Requirements:
- composite material strength
- metal parts strength
- correct biomechanical behavior
- scalability
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
17. Automotive: Impatto
Tablet-holder FGA X250
Requirements:
- Force between 8 and 10 N
- Avoid unfastening,
rear and lateral impacts ( Std EU & USA)
- No rupture (small deformations are allowed)
As designed (CAD, no CAE) CAE driven design
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
18. Automotive: Impatto
Seal Mounting
PRESS
DOOR DOOR
CABINET
Seal mounting Door closure
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
19. Automotive: Manufacturing
Plastic Injection Moulding Simulation of Lancia Y dashboard
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
20. Automotive: Manufacturing
Casting Simulation of Ford Iron Engine Block
Filling Solidification Residual Stresses
Based on
Coupled Navier-Stokes and
Fourier equations
Delivers
Temperatures, velocities,
pressures etc.
Cold shuts, air entrappments
Based on
Complex thermo physical properties
Fourier equations
Delivers
Temperatures, cooling rates, gradients
Shinkage defects, microstructure
Based on
Non-linear elastic - plastic approach
Temperature dependent material properties
Delivers
Stress distribution before and after machining
Distortion
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
21. Automotive: Manufacturing – CAPE (Computer Aided Production Engineering)
IVECO Rear wall truck cab Robotised Welding Cells
Arc welding
LASER welding
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
22. Automotive: Virtual Factory
Factory overall simulation: layout, workplace, materials flow, ecc.
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
23. Aerospace & Defence
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
24. Marine Industries
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
25. Oil & Gas and Energy
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
26. Oil & Gas: Impatto
Wellhead Safety Valve Shear Ram System
Punchers
Shear Ram
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
27. Oil & Gas: Impatto
Wellhead Safety Valve Shear Ram System
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
28. Household Appliances
Pyrolitic oven
CFD and Structural Analysis
Washing machine dynamics
Optimisation the air
distribution in the
fridge and freezer
compartments
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
29. Appliances/ Packaging: Impatto
Fridge drop test
Modello FEM del
frigorifero ed
imballaggio
LDPE shrink film
polietilene a bassa
densità
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
30. Food & Beverage / Packaging: Multy-body
Glue Applier
CAM Test CAM Design – Inverse Kinematics
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
31. Calzaturiero: Biomeccanica
Simulazione calzabilità e comfort di calzatura con tacco
Andamento pressioni di contatto
Stato tensionale
Simulazione della calzata
Posizionamento
sensori
Confronto Pressioni si contatto su suola
Sperimentali Simulazione
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
32. SBES: Tecnologia determinante per Industry 4.0
Industry 4.0
The Future of Productivity
and Growth in Manufacturing
Industries.
«Manufacturing will be
transformed from single
automated cells to fully integrated,
automated facilities that
communicate with one another
and boost flexibility, speed,
productivity and quality»
«Although the full shift toward
Industry 4.0 might take over 20
years to reach fruition, in the next
5 to 10 years key advances will ve
established and winners and
loosers will emerge»
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
33. ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
SBES: Tecnologia determinante per Industry 4.0
Big data
and analytics
Autonomous
robots
Horizontal and vertical
system integration
The Industrial
Internet of Things
CybersecurityThe cloud
Additive
manufacturing
Augmented
reality
Simulation
KNOW-HOW CONTROL
DIGITAL TWIN
DESIGN FOR
ADDITIVE
MANUFACTURING
ORDER FROM CHAOS
META-MODELLING
MECHATRONICS
THINGS – SENSORS
ANTENNAS
CO-SIMULATION
34. ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
Industry 4.0 senza 3.0?
Soluzioni tradizionali – Livello di Implementazione
The most complex traditional solutions are still barely implemented.
Can we do the 4th industrial revolution if we didn’t do the 3rd?
The most complex traditional solutions are still barely implemented.
Can we do the 4th industrial revolution if we didn’t do the 3rd?
67%
47%
31% 31% 29% 28% 28% 22% 15% 14% 12% 11%
21%
37%
31% 34%
28%
40% 34%
31%
37% 37%
27% 25%
12% 17%
38% 35%
43%
32% 38%
47% 48% 50%
61% 64%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Not Implemented
Partially Implemented
Fully Implemented
Traditional Solutions: implementation level*
*Osservatorio Smart
Manufacturing 2016
- Politecnico di Milano
Manufacturing Group
35. Final Remarks 1/2
Il processo di sviluppo di nuovi prodotti non può più
prescindere dall’utilizzo di metodologie e tecnologie
basate sulla modellazione 3D e sulla simulazione
«Digitalizzare» il processo di sviluppo prodotto deve
essere il primo passo per intraprendere la via più generale
della digitalizzazione dell’impresa (Industry 4.0)
Occorre superare il «digital divide» (soprattutto) delle SME
in termini di nuove competenze, metodi e strumenti
Le start up di prodotto possono essere avvantaggiate in
quanto possono (quasi sempre) essere considerate
«native digitali»
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
36. Final Remarks 2/2
Tuttavia per le start up l’utilizzo delle tecnologie di Engineering Simulation può
avere un entry level molto costoso
Per questo motivo sono utilissime iniziative pubbliche (hub tecnologici, laboratori,
centri di competenze) e private (acceleratori di imprese come INDUSTRIO) che
rendano meno oneroso questo impegno tramite economie di scala e sponsorship
di partner tecnici
EnginSoft è impegnata nella promozione dell’utilizzo di queste tecnologie
attraverso programmi Academy e partnership tecniche (es. INDUSTRIO)
Lo scopo è di aiutare a fare crescere le start up... con la speranza che poi diventino
veri e propri Key clienti/partner
ES overview SBES Focus AutomotiveEngineering Simulation Other SectorsSummary FinalIndustry 4.0
A. Messina - CRO - Enginsoft SpA21 Ottobre 2016
37. Ing. Angelo Messina
Chief Research & Development Officer
EnginSoft SpA
VIRTUAL PRODUCT DESIGN IN
MANUFACTURING
a.messina@enginsoft.it
www.enginsoft.it
www.enginsoft.com