Funded by the Australian Research Council
The Training Centre in Alloy Innovation for Mining Efficiency (mineAlloy) leads advancements in alloy technology to boost mining performance and reduce costs.
Our mission is to create durable, wear-resistant components through advanced steel technology, 3D printing and novel alloy compositions. By using cutting-edge testing methods, we predict equipment behaviour in extreme conditions, with the goal of positioning Australian manufacturers as global leaders in mining equipment.
Our research tackles critical challenges in mining efficiency by advancing alloy technology, improving manufacturing methods and refining system modelling
We develop high-performance, wear-resistant alloys using bainitic steels and high-entropy alloys to withstand harsh mining conditions and extend component lifespan.
Using 3D printing, novel characterisation and other advanced techniques, we produce cost-effective and durable mining components, reducing production costs and improving efficiency.
We use advanced modelling, sensing and testing to optimise material selection and predict mining equipment performance.
Join us in our pioneering alloy technology and mining efficiency research. We offer postdoctoral positions and scholarships for PhD and Master of Philosophy students, where you’ll collaborate with top academics and industry leaders.
Our business goal is to develop superior alloys that last longer than imported competition. The challenges are significant, but this is just what is needed to drive transformative breakthroughs.
Director, Training Centre in Alloy Innovation for Mining Efficiency
The Training Centre in Alloy Innovation for Mining Efficiency is led by distinguished experts in alloy innovation, combining their extensive experience to drive mining efficiency research.
Professor Matthew Barnett is the Director of the Institute for Frontier Materials and the Mine Alloy Training Centre. Renowned for his expertise in sheet steels and magnesium alloys, he completed his PhD while working at BHP Steel and has built a world-recognised research team in wrought alloys at Deakin University. He mentors PhD students and post-doctoral researchers, focusing on academic and industry skills development.
Professor Peter Hodgson is the Alfred Deakin Professor and founding Director of the Institute for Frontier Materials. He has been pivotal in establishing advanced characterisation facilities at Deakin and, as Deakin’s first Australian Laureate Fellow, brings extensive experience in supervising and mentoring researchers, providing valuable advisory support to the centre.
Our advanced facilities drive alloy technology advancements and improve mining efficiency.
Our facility houses advanced induction and arc furnaces, a gas atomiser and a direct laser metal deposition system, enabling us to create and refine high-performance alloys. We also utilise heat treatment and metallographic preparation equipment to ensure precision in alloy production.
We use tensile, impact and wear testing rigs to evaluate material performance under various conditions. These tests simulate real-world scenarios to enhance alloy durability and efficiency.
Our projects advance alloy technology and optimise mining equipment for better performance.
We are exploring how destabilisation treatment impacts the microstructure and hardness of high chromium cast iron. Our research offers insights into alloy durability for demanding environments.
This project focuses on enhancing wear-resistant liners in mining equipment using DEM simulation. Our findings reduce physical testing and improve equipment longevity in the mining sector.
We’d love to hear from you! If you’re interested in our research, funding opportunities or want to stay updated on the latest developments at the Training Centre in Alloy Innovation for Mining Efficiency, get in touch.
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