In the proposed study, we will use the graphene coated fabrics in key aerospace manufacturing processes to monitor important manufacturing parameters, such as, in-situ compaction, vacuum levels, extent of mould-filling, gelation, and degree of cure in a full composite manufacturing process. This novel technology can improve cycle times through faster cure cycles and help reduce product flaws in the composite produced.

Aims:
• Exfoliation of graphene into reduced graphene oxide.
• Development of a coating process for glass fabrics and/or consumables.
• Conduct sensitivity measurement experiments for resin infusion process.
• Develop calibration methods for fabric compaction characterization and flow sensing.
• Integrate the pressure sensing data for real time numerical prediction of mould clamping forces and permeability.

Professor Peter Schubel

• Professor Peter Schubel
• Professor Xuesen Zeng

• Centre for Future Materials

• Aerospace Engineering

• Doctor of Philosophy (DPHD)