Advanced Training and Industrial Research for Complex Engineering Systems, A+ A Task Force promoted by, with the Center for Innovation, Technology and Policy Research,, at IST, Lisboa in collaboration with: IDMEC/LAETA at IST, Lisboa IDMEC/LAETA at FEUP, Porto ISR/LARSyS, at IST, Lisboa and the Program MIT-Portugal - Engineering Design and Advanced Manufacturing /LTI A Research Workshop and Mid-term Review Tuesday, 29 July 2014 at, 14.30H -18.00H
Background Note A+ aims to build capacity through industrial research and expert competence building with a main focus on industrial aeronautics, but with potential applications in other areas of complex engineering systems, including Oil&Gas field services and urban systems. It is a project-based initiative, focused on the North of Portugal, building capacity in, and it is expected to foster and promote new industry-science relationships, involving end-users, technology-based firms and academic research groups. The Research in July 29, 2014, will consider an open discussion of the main set of industrially oriented R&D projects launched and being promoted during 2014 under the A+ Initiative. It is aimed to discuss the progress achieved and guide future work to be developed in the context of the various projects and respective s. It considers four main parts, as follows: Aeroacoustics Promoting new skills for future engineering challenges New challenges for aeronautics design Technologies and systems for oil field services looking ahead Urban mobility and sensors stimulating smarter citizens 1. Rationale Thematic Areas under development through A+ have been identified with a focus on engineering design and system thinking, building on trans-disciplinary research with a strong application-driven orientation. At the short-term (i.e., during 2014), it is expected that the proposed Thematic Areas open a few selected activities in both specialized and horizontal fields of application, to serve as the initial phase for a medium-term program (2015-2020) with the following main goals: Aeronautics 1: Fixed wing analysis and design o Analysis and Optimization for weight, noise reduction and safety o Stress Analysis and Stress Checking Activities for mechanisms and components o Design for manufacturing: lean design methods under increased uncertainty Aeronautics 2: Helicopter systems and rotary wing analysis and design o Analysis and Optimization for weight reduction o Noise reduction, Safety and reliability analysis o Aero-acoustics optimization and cabin design Oil&Gas: subsea technologies for oil exploration o Analysis and optimization of specific technologies (drilling,..) o Safety and reliability analysis Urban technologies and systems: sensors and information o Sensoring technologies and optimization of specific systems o Safety and reliability analysis o Man-machine interfaces Engineering Systems: Systems design and management o System optimization, integration and fault-finding in complex operations o Cyber-physical systems and security
Technology management enterprise: Aeronautical and Oil&Gas industries o Technical change, knowledge integration and supply chain analysis: Identification of opportunities for industrialization under increased uncertainty o Human resources and systems of competence building o Design for manufacturing o Risk Governance and industrialization patterns under increased uncertainty At a starting point, the following specific technological areas have been considered: Engineering design: o Metallic and composite design; o New and novel materials for sustainable design o Designing low-weight structures o Kinematic simulations Structural analysis and aerodynamics: o Aeroacoustics o Vibration reduction o Fatigue analysis o Static and dynamic Finite Element Modelling Advanced manufacturing systems: o High-end rapid manufacturing technologies o Production of composite, metallic and rapid prototyping components o Micro-tooling and manufacturing o Nano-structures Systems and avionics: o Aircraft systems o Navigation systems (all weather) o System integration and fault-finding o Terrain mapping and image recognition Information networking, design and security, and related software engineering: o Optimization of information systems in complex operations in aeronautics o Cyber-physical systems and security o Man-machine interfaces Testing: o Static and fatigue tests o Non-destructive testing o Certification Dynamics of technical change and innovation: o Governance of emerging technological risks o Knowledge integration and supply chain analysis o Managing human resources for competence building o Identification of opportunities for industrialization These and other potential technological areas and related collaborative efforts are being implemented in a way to allow the continuous monitoring and evaluation of the program, as well as launching new areas of advanced training and industrial research (i.e., applicationdriven), whenever they rely in well documented technological principles and relevant problems to foster the involvement of and Portugal in emerging aeronautical and other areas.
This includes considering the management of technological innovation in terms of facilitating the creation of new industries, by promoting strategic visions for public and private ventures and developing the necessary skills to help developing collaborations for technological innovation at an international level. It should be noted that the Thematic Areas listed in this document are expected to serve as training test beds for developing a specific advanced training action in 2014. The main goal is to identify opportunities and main challenges towards the implementation of a specialization program, leading to a Master degree, on Technology Management Enterprise aimed to train future industry experts and leaders, offering the opportunity to study advanced engineered systems for industrial applications. Table 1 lists the Thematic Areas considered in the first year of the A+ initiative, together with the main instruments already being used: Industrially oriented research projects, involving new research fellowships at and joint research s with academic researchers and external experts, as well as endusers; Short courses, Workshops, s; Internal Work Process, including specific tasks associated with work, discussion groups, and expert at and associated university groups.
Table 1. List of Thematic Areas and main instruments being developed during the first year of the A+ Initiative (2014) A TA Thematic Areas Industrial Research Project Metal Additive Manufacturing (AERO) P1. Promoting novel design concepts with metal additive manufacturing for industrial aeronautics: a Deterministic and Stochastic Multidisciplinary Design Optimization Short courses, Workshops, s Intl Internal Work Process: work, discussion groups, expert, academic thesis group at Potential application to end-users Embraer, UAVision, Dynaero B Noise Reduction (AERO) P2. Improving cabin noise environment - optimizing structural and vibro-acoustic behaviour of flowexcited composite aircraft panels Intl group at Embraer, Dassault C Crash for safety (AERO) P.4 Developing and adapting FAST for Helicopter Noise Prediction and Reduction. P3. Crashworthiness of helicopter subfloor structures improving design solutions with ultra-lightweight composite materials Intl Intl group at group at AgustaWestland Uavision AgustaWestland Airbus Helicopters D Lean Design (AERO) ----- Towards Lean Design of industrial aeronautical products. To be developed: RR Embraer, Dassault, AgustaWestland E UAV reliability (AERO) ----- UAV - structural dynamics and systems engineering. To be developed: UAVision F Subsea technologies for oil and gas P5. Technologies and oil field services looking FMC
(OIL&GAS) ahead Intl CHALLENGE to be launched group at G Urban Sensing and Mobility (Urban) P6. Urban sensors stimulating smarter citizens The five minutes city P7. On electric vehicles environmental and economic impact and related technological trajectories in the production of batteries, transmission and e- motors Intl CHALLENGE to be launched Intl group at group at CMP H Material Systems and cost modelling (AERO) P8. Towards novel composite bonding solutions for industrial applications: Hybrid CFRP / Metallic Foils for High Performance Bolted Joints Structural Analysis and Cost Model Intl group at Airbus DLR P9. Improving material selection in the earlyphases of New Product Development Projects Airbus DLR I Industrialization under uncertainty (AERO+ OIL&GAS) P10. Managing emerging technologies under increasing uncertainty in industrial aeronautics 11. Promoting suppliers value chains and Industrialization policies in industrial aeronautics under increasing uncertainty Intl group at Embraer Embraer P12. South Oil&Gas Observatory ANP; ONIP; Petrobras, GALP, Technip
2. Industrial Research Projects Most of the Thematic Areas considered in the first year of the A+ initiative are being implemented through new industrially oriented research projects, involving new research fellowships at and joint research s with academic researchers and external experts, as well as end-users. Twelve projects were selected for the first year of the A+ initiative and Table 2 describes the s involved and the main instruments being used to foster the impact of each project. Potential application to end-users is also identified. Table 2. List of R&D projects being developed during the first year of the A+ Initiative (2014) P Title Research Potential Others at Academic supervision application to end-users 1 Promoting novel design concepts with metal additive manufacturing for industrial aeronautics: a Deterministic and Stochastic Multidisciplinary Design Optimization A+ Research fellowship () José Azevedo Other Research fellowship Marta Henriques, Camilo Marçal, Sara Lopez, Navid Seydali, Antonio Toscano A+ coordination Rui Santos, José Lobo Vau, Miranda Guedes IST Nuno Alves, Artur Mateus, CDRSP Embraer, UAVision, Dynaero, Lusospace, Iberoleff 2 Improving cabin noise environment - optimizing structural and vibro-acoustic behaviour of flowexcited composite aircraft panels Yoann Lage Camilo Marçal, Gonçalo Pereira, Flávio Melo, Navid Seydali Rui Santos, Luis Faria, IST A.L. Araújo, IST J. Rocha, Carleton AgustaWestland Embraer 3 Crashworthiness of helicopter subfloor structures improving design solutions with ultra-lightweight composite materials Pedro Talaia Navid Seyedali Rui Santos, P. Camanho, FEUP T. Marques, FEUP AgustaWestland Dynaero, McLaren 4 Developing and adapting FAST for Helicopter Noise Prediction and Reduction. Ana Vieira Luis Cruz, Gonçalo Pereira, Rui Santos, Fernando Lau, IST AgustaWestland UAVision 5 Technologies and oil field services looking ahead Miguel Matos Miguel Vaz Artur Costa, A. Sarmento, WavEC António Pascoal, IST/ISR FMC 6 Urban sensors stimulating smarter citizens The five minutes city Gonçalo Salazar André Dias, Vasco Rio JP Silva, B. Ribeiro, M. Heitor, IST JP Costeira, IST JP Gomes, IST Câmara Municipal do Porto
Luis Sousa, IST 7 On electric vehicles environmental and economic impact and related technological trajectories in the production of batteries, transmission and e- motors ---- Alessandro Giordano ---- Rui Santos, B. Ribeiro, M. Heitor, IST ---- 8 Towards novel composite bonding solutions for industrial applications: Hybrid CFRP / Metallic Foils for High Performance Bolted Joints Structural Analysis and Cost Model ---- João Lopes Tânia Estevão, Ana Oliveira, Camilo Marçal Rui Santos, M. Freitas, IST P. Camanho, FEUP Airbus DLR 9 Improving material selection in the earlyphases of New Product Development Projects ---- Elçin Calado Tânia Estevão, Marta Henriques, Cristiana Pereira, Camilo Marçal, Navid Seyedali Rui Santos, Arlindo Silva, IST Marco Leite, IST Embraer, Dynaero 10 Managing emerging technologies under increasing uncertainty in industrial aeronautics 11 Promoting suppliers value chains and Industrialization policies in industrial aeronautics under increasing uncertainty 12 South Oil&Gas Observatory ---- Anabela Reis ---- Joana Mendonça ---- Daniel Seeger, Diogo Santiago, Guilherme Farinha ---- Rui Santos, ---- Rui Santos, JP Silva, Rui Santos, Artur Costa, M. Heitor, IST M. Amaral, IST Embraer M. Heitor, IST Embraer M. Heitor, IST ANP, ONIP, Petrobras, GALP, FMC, Technip
Advanced Training and Industrial Research for Complex Engineering Systems, A+ Research Workshop and Mid-term Review Tuesday, 29 July 2014 at, 15.00H -18.00H 14:30 Introduction José Rui Felizardo (), Helena Silva (), Manuel Heitor (/IST) 14:40 Brief Overview: the A+ projects Rui Santos (), Bernardo Ribeiro (), João Pedro Mortágua (), Artur Costa () 15:00 Part 1: Aeroacoustics Promoting new skills for future engineering challenges Brief Introduction: Rui Santos () Project: Rotor Aeroacoustics developing tools and solutions Ana Vieira Scientific Supervision: Fernando Lau (IST) Discussants: Nuno Simões (UAVISION), João Noeme (UAVISION), Luis Cruz (), Gonçalo Pereira (), Luis Faria (IST), Filipe Maia () Project: Improving cabin noise environment - optimizing structural and vibro-acoustic behaviour of flow-excited composite aircraft panels Yoann Lage Scientific Supervision: Luis Faria, Aurélio Araújo (IST) Discussants: Ricaardo Reis (EMBRAER), Fernando Lau (IST), Gonçalo Pereira (), Flávio Melo (), Sara Lopez (), Pedro Camanho (FEUP) Coffee Break 15:45 Part 2: New challenges for aeronautics design Brief Introduction: Rui Santos () Project: Promoting novel design concepts with metal additive manufacturing for aerospace - a holistic approach José Azevedo Scientific Supervision: José Vale (IST) e Miranda Guedes (IST) Discussants: Ricardo Reis (EMBRAER), Marta Henriques (), António Toscano (), Luis Faria (IST), Camilo Marçal (), Nuno Alves (CDRSP), Artur Mateus (CDRSP) Project: Crashworthiness of helicopter subfloor structures - improving design solutions with ultra-lightweight composite materials Pedro Talaia Scientific Supervision: Pedro Camanho (FEUP) Discussants: Nuno Simões (UAVISION), João Noeme (UAVISION), Aurélio Araujo (IST), Maria Rodrigues (), Tânia Estevão (), Luis Reis (IST) Perspectives for Clean Sky (H2020): new projects and challenges João Pedro Mortágua () Discussant: Ricardo Reis (EMBRAER)
Coffee Break 16:45 Part 3: Technologies and systems for oil field services looking ahead Brief Introduction: Artur Costa () Project: Submarine robotics perspectives for future developments Miguel Matos Scientific Supervision: António Sarmento (WavEC); António Pascoal (IST/ISR) Discussants: Fernanda Povieri (Technip), Nuno Simões (UAVISION), João Noeme (UAVISION), Miguel Vaz (), Filipe Maia (), João Pedro Mortágua () Project: Subsea systems and energy supply: benchmarking innovations Guilherme Farinha (/IST) Scientific Supervision: Manuel Heitor (/IST) Discussants: Fernanda Povieri (Technip); Miguel Vaz (), João Pedro Mortágua () Project: Learning from aeronautics application to subsea technologies Diogo Santiago (/IST) Scientific Supervision: Manuel Heitor (/IST) Discussants: Fernanda Povieri (Technip); Ricardo Reis (EMBRAER), Aurélio Araujo (IST), Fernando Lau (IST), Filipe Maia (), João Pedro Mortágua () 17:20 Part 4: Urban mobility and sensors stimulating smarter citizens Brief Introduction: Bernardo Ribeiro (), João Pedro Silva () Project: The 5 minutes city Gonçalo Salazar, João Pedro Silva Scientific Supervision: JP Gomes, JP Costeira, Luis Sousa (IST) Discussants: Helena Silva (), André Dias (), Vladimiro Feliz () Perspectives for urban mobility (H2020): new projects and challenges Bernardo Ribeiro () Discussant: Nuno Simões (UAVISION), João Noeme (UAVISION) 17:40 Part 5 - : A+ and opportunities for engineering research Coordination: Manuel Heitor (/IST) Ricardo Reis (EMBRAER) Fernanda Povieri (Technip) Discussants: Rui Santos (), Bernardo Ribeiro (), João Pedro Mortágua (), Artur Costa () 18:00 Closure José Rui Felizardo (), Helena Silva ()
Potential participants (to be confirmed) (in alphabetic order) Nº Name Company/Institution Description 1 Álvaro Ferreira A+ Research Fellow 2 Ana Vieira A+ Research Fellow 3 Ana Oliveira A+ Supporting Team 4 António Toscano A+ Supporting Team 5 Artur Costa A+ Coordinator 6 André Dias A+ Supporting Team 7 Bernardo Ribeiro A+ Coordinator 8 Camilo Marçal A+ Tech 9 Cristiana Pereira A+ Supporting Team 10 Durval Castro A+ Supporting Team 11 Fernanda Povieri Technip Industry 12 Filipe Maia A+ UA liaison 13 Flávio Melo A+ Supporting Team 14 Gonçalo Pereira A+ Supporting Team 15 Gonçalo Salazar A+ Research Fellow 16 Helena Silva General Manager 17 JR Felizardo Administration 18 JP Mortágua A+ Coordinator 19 JP Silva IST/ A+ Coordinator 20 José Azevedo A+ Research Fellow 21 Ricardo Reis EMBRAER Industry 22 Luis Filipe Rebelo UA Manager 23 Luis Cruz A+ Supporting Team 24 Luis Pinheiro A+ Supporting Team 25 Marta Henriques A+ Supporting Team 26 Manuel Heitor IST/ A+ Scientific Coordinator/Overall Manag. 27 Miguel Matos A+ Research Fellow 28 Maria Rodrigues Test Coordinator 29 Manuel Vaz A+ Supporting Team 30 Pedro Talaia A+ Research Fellow 31 Rui Santos IST/ A+ General Coordinator 32 Sara Lopez A+ Tech 33 Tânia Estevão A+ Supporting Team 34 Yoann Lage A+ Research Fellow 35 Vladimiro Feliz A+ Supporting Team 36 Pedro Camanho FEUP A+ Scientific Supervision 37 António Sarmento WavEC A+ Scientific Supervision 38 A. Suleman IST A+ Scientific Supervision 39 Luis Faria IST A+ Scientific Supervision 40 Aurélio Araújo IST A+ Scientific Supervision 41 Fernando Lau IST A+ Scientific Supervision 42 Miranda Guedes IST A+ Scientific Supervision 43 Luis Sousa IST A+ Scientific Supervision 44 João Paulo Costeira IST A+ Scientific Supervision
45 João Paulo Gomes IST A+ Scientific Supervision 46 Nuno Alves IPL/CDRSP A+ Thesis Supervision 47 José Vale IST A+ Scientific Supervision 48 Arlindo Silva IST A+ Scientific Supervision 49 Artur Mateus IPL/CDRSP A+ Thesis Supervision 50 Luis Reis IST A+ Thesis Supervision 51 Frederico Afonso IST A+ Scientific Supervision 52 João Noeme UAVision End-User 53 Nuno Simões UAVision End-User Others to be defined by