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Multidisciplinary ADjoint-based Enablers for LArge-scale INdustrial dEsign in aeronautics

Project description

Enabling perfect industrial aeronautic design

During the aircraft or engine design phases, high-fidelity tool-based design development studies typically remain focused on a single discipline. This leads to delays, multidisciplinary trade-offs and challenges in industrial design, particularly in acoustics and simulation run-time. In this regard, the EU-funded MADELEINE project will bring together academia, industry and business partners from six European countries in a bid to improve competitiveness and enhance the use of green technologies in aeronautical industrial design for excellent large-scale industrial design. This goal will be achieved through the enhancement of capabilities, the introduction of multi-physics software add-ons, and the maximisation of benefits from computationally intensive simulations. MADELEINE will raise the technology readiness levels and demonstrate the advantages of high-fidelity adjoint-based multidisciplinary optimisation.

Objective

MADELEINE will increase the TRL and demonstrate the benefits of high-fidelity (HiFi), adjoint-based multi-disciplinary optimisation (MDO) to address the objectives of industry in terms of:
- Competitiveness: by reducing time and cost of aircraft or engine development;
- Environment: by finding more efficient multi-disciplinary compromises and fostering the integration of greener technologies.
More specifically MADELEINE will:
- Upgrade the Capability of MDO, enhanced by HiFi simulations, to capture the essential interactions between disciplines and faster identify better designs or evaluate the potential of new technologies and disruptive configurations;
- Improve the Efficiency of MDO, because the efficient identification of designs, satisfying all disciplines’ constraints, requires the exploration of large design spaces;
- Enhance the Usability of MDO for industrial design, through dedicated modelling, which will reduce the time to setup an MDO problem and exploit the results;
- Extend the Impact of MDO on cost reduction by including requirements from manufacturing.
The technologies (Multi-physics adjoint solvers, parameterisations, MDO formulations, High Performance Computing, manufacturing oriented design) will be demonstrated for airframe and engine design: aero-structure wing design, aero-acoustic fan and propeller design, manufacturing oriented aero-structure fan design and manufacturing oriented aero-thermal high-pressure turbine design. The TRL of MDO on large design spaces, with hundreds or thousands of parameters of optimisation, is expected to increase from 2-3 to 4-6.
MADELEINE will last 36 months (EC requested contribution of 5 815 182€), gathering partners from 6 EU countries: 5 universities, 4 research centres, 2 software companies (including 1 SME) and 3 large industries. Their complementary expertise is essential for the realisation of the technical work, for achieving a broad dissemination and a large impact on all industries.

Call for proposal

H2020-MG-2016-2017

See other projects for this call

Sub call

H2020-MG-2017-Two-Stages

Coordinator

OFFICE NATIONAL D'ETUDES ET DE RECHERCHES AEROSPATIALES
Net EU contribution
€ 809 675,00
Address
CHEMIN DE LA HUNIERE
91120 Palaiseau
France

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Region
Ile-de-France Ile-de-France Essonne
Activity type
Research Organisations
Links
Total cost
€ 809 675,00

Participants (15)