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In this project we aim to investigate if thin ply composites show a better fatigue performance after impact than conventional prepregs.

A team of qualified test engineers and material testers perform wide-range of mechanical tests. We can offer mechanical testing, X-ray diffraction, heat treatment, materials characterisation and phase diagram simulation.

This research project aims to present a method that could use conventional materials in OOA (out of autoclave) manufacturing for composite.

In the future, gas turbines will be more efficient, more eco-friendly, and powered by renewable fuel. At the Division for Solid Mechanics, models are being developed to predict the lifetimes of the materials that will make the future possible.

Luqing Cui is passionate about materials science, more specifically the mechanical properties of metal alloys. His work is dedicated to understanding stainless steel at a submicron scale where so called cell structures are formed.