Ã山ǿ¼é

Past Projects

Ìý

Research themes Projects
3D Printing Process Control for Aerospace-Grade Manufacturing
A Machine Learning Approach for the Modelling of the Cure Kinetics of a Thermoset Resin
Ìý Ìý ÌýÌý Ìý Ìý Analysis of mechanical performance of Automated Fiber Placement (AFP) process for complex helicopter geometries based on structural considerations
Composite Materials for Space Applications
Dimensional Stability of Randomly-Oriented Strand Thermoplastic Composites
Recycling logo - 3 arrows in a triangle shape Eco-Friendly Recycled Composites for Third World Country Construction Materials
Evaluation of dimensional stability of space structures using composite materials with Out-of-Autoclave processing
Experimental study of variability and defects in out-of-autoclave corner laminates
Finite Element Design and Manufacturing of a Nylon-String Guitar Soundboard from Sandwich-Structured Composites

Graphene-based Multi-Scale Composites (SMC) for the Automotive Industry

Highly reactive resin characterization for SNAP RTM Modelling
Improvement of the fire resistance of discontinuous long fiber thermoplastic composites for gas turbine engine applications
Large-Scale Additive Manufacturing of Tooling for Composite Processes
Modelling and Experimental Study of the Performance of Composite Laminates with Automated Fiber Placement Induced Defects
Modelling & Manufacturing of Shape Memory Alloy Hybrid Composites

Multi-functional composite material for electrochemical energy storage systems

Process modeling of compression moulding with sheet moulding compound (SMC) for automotive hollow parts
Processing and properties of new multiscale multiphase graphene polymer composites for intrinsic sensing applications
Preforming process for Out-of-Autoclave composite manufacturing
Recycling logo - 3 arrows in a triangle shape

Recycling of Uncured Aerospace Prepreg Waste

Recycling logo - 3 arrows in a triangle shape Recycling of end-of-life wind turbine blades into reinforcement materials for use in additive manufacturing

SNAP RTM Modelling for Automotive Applications

SNAP RTM – Preforming Simulation for Automotive Application
Stiffener Layout and Cross-Section Optimization for Composite Panels

​

Ìý

Back to top