Towards new Icing Protection in Aviation

Transcription

1 Contribution to public workshop Towards new Icing Protection in Aviation EU Icing R&I / STORM Final workshop at European Commission in Brussels, March 2017 Experience and major outcome of International Workshop on Surface Icing and Assessment of De-Icing / Anti-icing Technologies Represented by Nadine Rehfeld, Fraunhofer IFAM, Bremen, Germany Project outline EIROS, Nadine on behalf of Marta Alvarez (TWI, UK) Project outline PHOBIC2ICE, Rafal Kozera (Technology Partners Foundation, Poland) Main achievements JEDI ACE and Lessons learned from ice-related research at Fraunhofer IFAM, Nadine Rehfeld, Fraunhofer IFAM

2 International Workshop on Surface Icing and Assessment of De-Icing / Anti-icing Technologies From 23rd / 24th January 2017 at Fraunhofer IFAM, Bremen, Germany Workshop aims: Bringing together experts from research institutions and industry sectors Collect information about recent material / technology developments Learn about technical requirements from different application fields Hear about past experiences regarding icerelated testing Think about future strategies for ice-related research Discuss relevant parameters for surface icing Identify ways of how to efficiently proceed in the discussed fields

3 International Workshop on Surface Icing and Assessment of De-Icing / Anti-icing Technologies Who was attending this workshop Research institutions AIMPLAS, ES AMIL, University du Quebec a Chicoutimi, CA Research Danish Technological Institute, DK DLR Braunschweig, DE Fraunhofer IFAM / IPA / LBF, DE Hochschule Bremerhaven, DE Instituto Nacional de Técnica Aerospacial, ES Japan Aerospace Exploration Agency, JP Kanagawa Institute of Technology, JP Norwegian University of Science/Technology, NO Tampere University of Technology, FI TWI, UK University of Notre Dame, U.S. University Rovira i Virgili, ES VTT, FI Airbus Operation, DE / FR AKZO Nobel, UK Bergolin, DE Dassault Aviation, FR Eologix Sensor Technology, AT Evonik, DE Fuji Heavy Industries, JP Gamesa, ES GKN, UK Huikeshoven, NL Jotun, NO Mankiewicz, DE Muehlhahn, DK Nordex Energy, DE PPG, U.S. Reetec, DE Rhenotherm, DE Rogers BVBA, BE RTA Rail Tec Arsenal, AT Safran Aircraft Engines, FR Solvay, FR / IT Sonaca, BE Spitzner Engineers, DE WRD (Enercon), DE Industry sector

4 International Workshop on Surface Icing and Assessment of De-Icing / Anti-icing Technologies From 23rd / 24th January 2017 at Fraunhofer IFAM, Bremen, Germany Workshop sessions: 1) Recent material / technology developments for different application fields Project introduction STORM HYDROBOND project (FP7/ ) under grant agreement nº New cost/effective superhydrophobic coatings with enhanced BOND strength and wear resistance for applications on large wind turbine blades Clean Sky ITD SFWA - Laminar Wing Surface Technologies and Structural Repair Concepts WP EIROS PHOBIC2ICE JEDI ACE

5 International Workshop on Surface Icing and Assessment of De-Icing / Anti-icing Technologies From 23rd / 24th January 2017 at Fraunhofer IFAM, Bremen, Germany Workshop sessions: 2) Technical requirements and ice related testing with presentations from industry sector: Airbus, Safran, Gamesa research sector: KAIT (Japan), AMIL (Canada), Fraunhofer IFAM (Germany) 3) Key surface properties related to icing / ice test results with presentations from AMIL (Canada), Teknologisk Institute (Denmark), NTNU (Norway), Fraunhofer IFAM (Germany) Parallel sessions Heating technologies / Ice detection / Icephobic materials MAIN CONCLUSIONS AND DEFINED NEXT STEPS WILL FOLLOW AFTER PROJECT PRESENTATIONS!

6 EIROS project Advanced ice and erosion resistant composite materials International Workshop on Surface Icing and Assessment of De-Icing/Anti- Icing technologies Fraunhofer IFAM, Bremen (Germany) 24 th and 25 th of January 2017 Marta Alvarez, TWI Ltd (UK) This project has received funding from the European Union s Horizon 2020 research and innovation programme under grant agreement N /03/2017

7 EIROS project concept Development of a high performance composite material by incorporating innovative additives into the composite bulk matrix for operation in extreme environments Increased erosion resistance Anti-icing characteristics Self-healing properties This project has received funding from the European Union s Horizon 2020 research and innovation programme under grant agreement N /03/2017 7

8 EIROS in numbers Advanced ice and erosion resistant composite materials for diverse applications EIROS o Competition: NMP Materials for severe operating conditions, including added-value functionalities o Duration: 3 years o Total budget: EUR 8 millions o Consortium: 18 partners o Starting date: March 2016 This project has received funding from the European Union s Horizon 2020 research and innovation programme under grant agreement N /03/2017 8

9 Scientific and Technological objectives To develop new functional materials: To optimise the processing parameters (loading levels of >50% of additives) Scaling-up process methodology Materials-by-design approach Advanced resin suitable for fibre reinforced composite manufacturing process To develop advanced composite structures: Functional properties: self-healing, ice repellency, erosion resistance, thermal and UV exposure resistance, Retention of functionalities: compressive strength, tensile strength, impact, water absorption To establish a multiscale modelling approach This project has received funding from the European Union s Horizon 2020 research and innovation programme under grant agreement N /03/2017 9