Project acronym

Full title

Application field

Type

GRAIN

GReener Aeronautics International Networking

Green technologies in aeronautics

FP7

GRAIN2

GReener Aeronautics International Networking 2

Green technologies in aeronautics

FP7

FIBRA

Fibre Crops as a sustainable source of biobased material for Industrial Products in Europe and China

Optimisation of raw material from fibre crops for multiple uses (crops breeding, crops agronomy, logistics, integrated assessment)

FP7

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Basic & Applied Research on Advanced Composites for Aerospace

High-performance and green composites for aerospace application

Chinese National Basic Research Program

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Applied Research on Natural fiber composities for airplane interior

Green composites

AVIC Innovition Foundation

Proteg

Produktionsoptimierte Technologien

Biomaterials for cabin environment.

National (Lufo)

Future Sky Safety

Future Sky Safety

Mitigation of fire and smoke in cabin environment

EU-JRI

EUCARBON

European Space Qualified Carbon Fibres and Pre-impregnated Based Materials

Space critical technologies: Space grade carbon fibres production in Europe

FP7-SPACE

FLARETEX

Sustainable flame retardancy for textiles and related materials based on nanoparticles substituting conventional chemicals

Materials Science and Engineering-Polymers, Polymer Structure sand Composites

MPNS COST Action MP1105

AMICOAT

Antimicrobial Coating for Aircrafts

Material Protection Technologies

Clean Sky

SARISTU

Smart Intelligent Aircraft Structures

Design of multifunctional composite materials for aeronautic applications

FP7

COMPASS

A methodology for durability assessment of composite materials and structure under cyclic loads.

Numerical Analysis of composite materials

EU - GRD2 - 2000 - 30091.

EDA

Eco design for Airframe

Identify and maturate "green" materials and processes for aircraft

Clean Sky FP7

CORAC ACV

conseil pour la recherche aéronautique civile française - ACV

Composite reclycling pathways and environmental survey in the frame of A350/A330 environmental comparison

National (CORAC) Airbus internal

Wings of the Future

Wings of the future – ATI

Subsurface damage formation and applicability of coupon-derived material data to the design of extended substructures at full scale.

Innovate UK (formerly TSB) and the Aerospace Technology Institute (ATI).

NSFC

Properties and Design of Flax Fiber-Concrete Hybrid Structures

Property enhancement and hygrothermal ageing of flax fiber composite

National

NSFC

Mechanical behaviour and mechanisms of plant fiber reinforced composites under hydration  effects

Long term mechanical properties prediction based on mechanisms of hydration effects on plant fiber reinforced composites.

National