MOSHO – Advanced solutions for impact materials, composite aerostructure repair and monitoring

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MOSHO - Advanced solutions for impact materials, composite aerostructure repair and monitoring 1

MOSHO – Advanced solutions for impact materials, composite aerostructure repair and monitoring

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The MOSHO project will develop and integrate advanced and sustainable solutions for the repair of composite aeronautical structures. The project aims to develop new materials that are particularly impact-resistant and with self-regeneration capabilities and composite structure repair techniques, their inspection by NDT techniques and their qualification, as well as the monitoring of the structural integrity of such repairs through integrated and autonomous HMS systems. Repair solutions will be more eco-efficient, optimizing the resources used (raw materials, energy efficiency) and implementing concepts of eco-efficiency and total efficiency, and evaluation of the life cycle of repairs. The project will validate a new integrated approach to advanced composite structure repair, with the potential to revolutionize aircraft repair and maintenance operations. The R&D activities of the MOSHO project are strongly aligned with CleanSky2's strategy, more specifically the IDT_Airframe with which it had several synergies. The MOSHO project is a project of activities complementary to the PROJECT PASSARO – Capabilities for Innovative Structural and functional testing of aerostructures, funded by a call to Core Partner of Clean Sky 2, in partnership with ADS (Airbus Defence and Space), and of which the promoters of the MOSHO project are an integral part. The project is also aligned with the vision of an international airline operator (TAP) that allows to frame the future valuation of the results of the most efficient project. At the end of the project it is expected to obtain the following results:

  • Demonstrate the new generation of high-performance materials to impact, including self-regenerative material solutions
  • Qualify composite repair technologies developed in the project
  • Qualify NDT technologies for composite repair
  • Get a standalone system for monitoring the structural integrity of repaired composites, including power capture, sensorization and wireless communications solutions.
  • Obtain tools and approaches to evaluate the efficiency and eco-efficiency of composite structures repair processes in an integrated manner.
  • Have a new integrated approach to the advanced repair of composite structures, with the potential to revolutionize aircraft repair and maintenance operations.

PROJECT CODE: 033796 Program: MOBILIZING PROGRAMS Operational Programme: Operational Program Competitiveness and Internationalization and Lisbon 2020 Main Objective: Strengthen research, technological development and innovation START DATE: 01-09-2018 DATE OF COMPLETION: 31-08-2021 TOTAL ELIGIBLE COST: 1,022,157.84 € FINANCIAL SUPPORT (funding value): 735,517.18 € This project received support from the Operational Program Competitiveness and Internationalization and Lisbon2020 Regras Publicitacao