ADMACOM Advanced manufacturing routes for metal/Composite components for Aerospace

Summary

The combination of advanced design of interfaces and joining materials/technologies, selective matrix removal from the composite surface, laser structuring and mechanical machining of the composite/metal surface will be exploited, together with a suitable joint design both based on positive results obtained by some of the partners of this project on joining of composites to dissimilar materials. Advanced surface engineering will be used to maximise interface strength for adhesive and high temperature joints by modelling and design of interfaces, advanced wettability studies, modification of surfaces, thermodynamic prediction and computer simulations of interface reactions.

ADMACOM gathers recognized experts in advanced surface engineering. In order to develop innovative manufacturing approaches, novel joining technologies and joining materials will be developed in ADMACOM such as: laser and mechanical structuring of surfaces to be joined, selective matrix removal from composite surface in order to obtain brush-like joints; novel and/or modified commercial brazes will be developed within ADMACOM. ADMACOM gathers recognized experts in joining materials and technology.

This project gathers three industrial partners, academia and research institutions with proven world class expertise in production and joining of CMC. In particular C/SiC are produced by two industrial partners of this project (MTA and AIRBUS). The industrial partner Nanoforce will exploit the innovative manufacturing technologies.

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Web resources:	http://www.admacomproject.eu https://cordis.europa.eu/project/id/609188
Start date:	01-10-2013
End date:	30-09-2016
Total budget - Public funding:	3 883 919,00 Euro - 2 727 360,00 Euro

Cordis data

Original description

The aim of ADMACOM (Advanced manufacturing routes for metal/Composite components for aerospace) is to develop innovative manufacturing technologies based on advanced design of interfaces and of joining materials for aerospace components.

As an example, an innovative joining technology for Ceramic Matrix Composites (CMC) to metals for aerospace components will be developed.

The combination of advanced design of interfaces and joining materials/technologies, selective matrix removal from the composite surface, laser structuring and mechanical machining of the composite/metal surface will be exploited, together with a suitable joint design both based on positive results obtained by some of the partners of this project on joining of composites to dissimilar materials.

Advanced surface engineering will be used to maximise interface strength for adhesive and high temperature joints by modelling and design of interfaces, advanced wettability studies, modification of surfaces, thermodynamic prediction and computer simulations of interface reactions. ADMACOM gathers recognized experts in advanced surface engineering.

In order to develop innovative manufacturing approaches, novel joining technologies and joining materials will be developed in ADMACOM such as: laser and mechanical structuring of surfaces to be joined, selective matrix removal from composite surface in order to obtain “brush-like” joints; novel and/or modified commercial brazes will be developed within ADMACOM. ADMACOM gathers recognized experts in joining materials and technology.

This project gathers three industrial partners, academia and research institutions with proven world class expertise in production and joining of CMC. In particular C/SiC are produced by two industrial partners of this project (MTA and AGI). The industrial partner Nanoforce will exploit the innovative manufacturing technologies.