Ordre segmentSegment parentTitreComplément titreAuteursMots-clésRésuméURL documentURL VidéosDOI
1Keynotes ()Keynotye speecheshttps://www.see.asso.fr/fichier/12661_keynotye-speecheshttps://www.youtube.com/watch?v=7VX421PNSsA
1Keynotes ()More Electrical Aircraft : Potential impacts on the supply chainAndré Benhamouhttps://www.see.asso.fr/fichier/12707_more-electrical-aircraft-potential-impacts-supply-chainhttp://dx.doi.org/10.5072/10638/12707
1Keynotes ()Power and Data Systems - Hunting for simplificationAlain Saurethttps://www.see.asso.fr/fichier/12660_power-and-data-systems-hunting-simplification
1Keynotes ()A more Electric Innovation Chain in EuropeEric Dautriathttps://www.see.asso.fr/fichier/12782_more-electric-innovation-chain-europe
1Keynotes ()How the More Electric Aircraft is influencing a More Electric Engine and More!Colin Smithhttps://www.see.asso.fr/fichier/12708_how-more-electric-aircraft-influencing-more-electric-engine-and-more
1Oral Session 1 Architecture Trends for More Electric Aircraft (Christopher Gerada)Toward a More Electric Falcon business JetBernard Baldinihttps://www.see.asso.fr/fichier/18996_toward-more-electric-falcon-business-jet
1Oral Session 1 Architecture Trends for More Electric Aircraft (Christopher Gerada)Toward a More Electric Falcon business Jet (ppt)Bernard Baldinihttps://www.see.asso.fr/fichier/13037_toward-more-electric-falcon-business-jet-ppt
2Oral session 2 The more/all Electric Engine (Dushan Boroyevitch)Integration of Electrical Machines into the Engine: Routemap of Technology Options & OpportunitiesPhilip McGoldrickhttps://www.see.asso.fr/fichier/12651_integration-electrical-machines-engine-routemap-technology-options-opportunities
2Oral session 2 The more/all Electric Engine (Dushan Boroyevitch)State of the art of Helicopter Hybrid PropulsionChristian Mercierhttps://www.see.asso.fr/fichier/12652_state-art-helicopter-hybrid-propulsion
2Oral session 2 The more/all Electric Engine (Dushan Boroyevitch)Aircraft Starter-Generator System based-on Permanent-Magnet Machine fed by Active Front-End RectifierAntonino La Rocca, Chris Gerada, Marco Degano, Pat Wheeler, Puvaneswaran Arumugam, Serhiy Bozhko, Steve Pickering, Zeyuan Xu
This paper deals with the development of an electric starter-generator system that exploits recent 
advances in modern power electronics. These advances allow the designer to consider novel machine types and 
introduce of controlled power electronics into the main path of energy flow. Development of such system is a 
complex multi-disciplinary task that includes definition of the best system topology, electrical machine and power 
electronic converter design, thermal management and cooling arrangements, development of control techniques, 
health monitoring and fault management systems. The paper describes the main challenges and solutions 
proposed within these key areas, as well as addresses manufacturing aspects and overviews the test program 
and the test results achieved. 
https://www.see.asso.fr/fichier/18997_aircraft-starter-generator-system-based-permanent-magnet-machine-fed-active-front-end-rectifier
2Oral session 2 The more/all Electric Engine (Dushan Boroyevitch)Full electrical E-Fan aircraft for general aviation: Project Overview and main perspectives. Innovations and challengesEmmanuel Jouberthttps://www.see.asso.fr/fichier/12779_full-electrical-e-fan-aircraft-general-aviation-project-overview-and-main-perspectives-innovations-and-challenges
2Oral session 2 The more/all Electric Engine (Dushan Boroyevitch)Distributed Electrical Aerospace PropulsionFrederick Berg, James Alderman, Lorenzo Raffaelli, Mark Husband, Peter Malkinhttps://www.see.asso.fr/fichier/18998_distributed-electrical-aerospace-propulsion
5Poster session 1 Architectures & technologies ()Electrification and Intellectualization. The Two Main Aircraft Power Systems Evolution TrendsE.Yu. Zybin, N.I. Selvesyuk, V.V. Kosyanchukhttps://www.see.asso.fr/fichier/19011_electrification-and-intellectualization-two-main-aircraft-power-systems-evolution-trends
5Poster session 1 Architectures & technologies ()A Hybrid System for Ice Protection and DetectionRicardo Entz, Robert Adam, Tobias Stroblhttps://www.see.asso.fr/fichier/20084_hybrid-system-ice-protection-and-detection
5Poster session 1 Architectures & technologies ()Safety & Energy Efficiency Research on Advanced More Electrical Flight Control Actuation Systems for Short/Middle Range Passenger AircraftA. Skryabin, A. Steblinkin, E. Erofeev, L. Khaletsky, V. Kuvshinovhttps://www.see.asso.fr/fichier/20085_safety-energy-efficiency-research-advanced-more-electrical-flight-control-actuation-systems-short-middle-range
5Poster session 1 Architectures & technologies ()Towards More Optimization for Aircraft Energy Conversion SystemsAlain Tardy, Bruno Sareni, Dushan Boroyevich, Frédéric Wurtz, Jean-Luc Schanen, Patrick Wheeler, Pericle Zanchetta, Rolando Burgos, Xavier Roboamhttps://www.see.asso.fr/fichier/20086_towards-more-optimization-aircraft-energy-conversion-systems
5Poster session 1 Architectures & technologies ()The Impact of Additive Manufacturing on the Development of Electrical Machines for MEA Applications: A Feasibility StudyChris Gerada, Hervé Morvan, Ian Ashcroft, Michele Garibaldi, Richard Haguehttps://www.see.asso.fr/fichier/20087_impact-additive-manufacturing-development-electrical-machines-mea-applications-feasibility-study
5Poster session 1 Architectures & technologies ()Integration of Novel Aerospace Technologies – The INNOVATE ProjectConstanza Ahumada, Hervé Morvan, Jason Atkinhttps://www.see.asso.fr/fichier/20088_integration-novel-aerospace-technologies-innovate-project
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)Transferring the Experience and Technology of Electric Mobility into AircraftDirk Spindler, Peter Glöckner, Thomas Fiebighttps://www.see.asso.fr/fichier/18999_transferring-experience-and-technology-electric-mobility-aircraft
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)Transferring the Experience and Technology of Electric Mobility into Aircraft (ppt)Dirk Spindler, Peter Glöckner, Thomas Fiebighttps://www.see.asso.fr/fichier/12710_transferring-experience-and-technology-electric-mobility-aircraft-ppt
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)Electrical Power Generation & Start Solutions for the Falcon 5X ProgramFrancis Delhasse, François Biais, Pascal Thalinhttps://www.see.asso.fr/fichier/19000_electrical-power-generation-start-solutions-falcon-5x-program
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)Electrical Power Generation & Start Solutions for the Falcon 5X Program (ppt)Francis Delhasse, François Biais, Pascal Thalinhttps://www.see.asso.fr/fichier/12709_electrical-power-generation-start-solutions-falcon-5x-program-ppt
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)APU on More Electrical Aircraft : a vision for the futureBernard Blanc, Fabien Silet, Jean-Francois Rideau, Stéphane Vaillant
off associated with, intent to show a sensible increase of the electrical power required by the different system on-
board. This has a direct impact on the power off take from the main generators during the flight, on the main 
engine operability and also on the APU generator for ground operation. 
In this frame, the Auxiliary Power Unit System architecture needs to evolve. Extention to new functions has to be 
adressed as some technological limitations show off on the main engine for existing but also future architectures. 
MICROTURBO has started to adapt to MEA and AEA by certifying its Bleedless APU, the e_APU60 in May 2013 
and will continue its move by proposing a new answer to Energy On-Board need. This solution named Power On 
Demand system intents to propose ”a la carte” power generation solutions that will be customized to match the 
proper Energy requirement of any type of aircraft architecture. The triple objectives of such system is : 
optimisation of the balance between the Propulsive and non Propulsive Energy On-Board, optimisation of the 
energetical efficiency of the aircraft and reduction of the environmental foot print of present and future aircraft 
program. 
https://www.see.asso.fr/fichier/19001_apu-more-electrical-aircraft-vision-future
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)APU on More Electrical Aircraft : a vision for the future (ppt)Bernard Blanc, Fabien Silet, Jean-Francois Rideau, Stéphane Vaillanthttps://www.see.asso.fr/fichier/12653_apu-more-electrical-aircraft-vision-future-ppt
6Oral session 3 Inserting new technologies into programmes (Jean-Charles Maré)Integrated Design by Optimization of Power Systems for More Electric AircraftBernard Blanc, Fabien Silet, Jean-Francois Rideau, Stéphane Vaillanthttps://www.see.asso.fr/fichier/19003_integrated-design-optimization-power-systems-more-electric-aircraft
2Poster session 2 Energy management ()Advanced Embedded Data Platforms for Distributed Power ManagementJacques Gatard, Mirko Jakovljevichttps://www.see.asso.fr/fichier/19012_advanced-embedded-data-platforms-distributed-power-management
8Oral session 4 Fuel Cells for More Electric Aircraft (Xavier Roboam, Frank Thielecke)Optimized hydrogen fuel cell systems for MOA and all electric propulsion drivetrainsClaudia Wernera, Florian Goresa, Gunnar Preissa, Johannes Schirmer, Josef Kallo, Lucas Busemeyera, Oliver Thalau, Torben Buhttps://www.see.asso.fr/fichier/19004_optimized-hydrogen-fuel-cell-systems-moa-and-all-electric-propulsion-drivetrains
8Oral session 4 Fuel Cells for More Electric Aircraft (Xavier Roboam, Frank Thielecke)Fuel Cell system integration for aeronautic applicationsFabien Boudjemaa, Francois Moser, Theophile Hordehttps://www.see.asso.fr/fichier/19005_fuel-cell-system-integration-aeronautic-applications
8Oral session 4 Fuel Cells for More Electric Aircraft (Xavier Roboam, Frank Thielecke)Fuel Cell system integration for aeronautic applications (ppt)Fabien Boudjemaa, Francois Moser, Theophile Hordehttps://www.see.asso.fr/fichier/12654_fuel-cell-system-integration-aeronautic-applications-ppt
8Oral session 4 Fuel Cells for More Electric Aircraft (Xavier Roboam, Frank Thielecke)Key Drivers for Aeronautic Batteries. Today and Future Aircrafts Electrically PoweredEric Pinton, Florence Fusalba, Jean Oriolhttps://www.see.asso.fr/fichier/19006_key-drivers-aeronautic-batteries-today-and-future-aircrafts-electrically-powered
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Advanced Embedded Data Platforms for Distributed Power ManagementJacques Gatardhttps://www.see.asso.fr/fichier/12780_advanced-embedded-data-platforms-distributed-power-management
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Advanced Magnetic Technologies for MEAA.M. Tishin, M.D. Kozlov, V.A. Kargopoltsevhttps://www.see.asso.fr/fichier/19007_advanced-magnetic-technologies-mea
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Methodologies for the optimal design of the Integrated Modular Power Electronics Cabinet (IMPEC)H. Piquet, Jean Faucher, M. Budinger, M. Sartor, Xavier Giraud, Xavier Roboamhttps://www.see.asso.fr/fichier/19008_methodologies-optimal-design-integrated-modular-power-electronics-cabinet-impec
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Latest advances in Electric Primary Flight Control ActuationSylvain Claimand, Yvan Carlierhttps://www.see.asso.fr/fichier/19009_latest-advances-electric-primary-flight-control-actuation
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Latest advances in Electric Primary Flight Control Actuation (ppt)Sylvain Claimand, Yvan Carlierhttps://www.see.asso.fr/fichier/12781_latest-advances-electric-primary-flight-control-actuation-ppt
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Power Electronics and Control: Key competencies for aircraft electrical systems competitivenessSébastien Vieillardhttps://www.see.asso.fr/fichier/12655_power-electronics-and-control-key-competencies-aircraft-electrical-systems-competitiveness
9Oral session 5 Products & Technologies Advances (Hervé Morvan)Advanced Power Electronics for Aerospace ApplicationsA. Engler, Jan Uhlig, M. Rottach, S. Männlhttps://www.see.asso.fr/fichier/19010_advanced-power-electronics-aerospace-applications
10Poster session 3 Actuators & components ()Effective Management of MVA-range electric Power in Aircraft enabled by high Tc superconducting systemsAlexander Molodyk, Dmitry Dezhin, Konstantin Kovalev, Roman Ilyasov, Sergey Samoilenkov, Vladislav Kalitkahttps://www.see.asso.fr/fichier/19013_effective-management-mva-range-electric-power-aircraft-enabled-high-tc-superconducting-systems