Mahdieh Safyari
Oma esittely
Dr. Mahdieh Safyari earned her PhD from the Institute for Materials Research, Tohoku University, Japan. She has developed an international research career across Austria (AIT) and Finland (LUT – Mechanics of Materials group), working as a scientist and postdoctoral researcher.
Her research is driven by physical metallurgy of advanced and conventional alloys, uncovering how microstructure evolves during processing and how it ultimately controls performance. She focuses on designing metals that are not only stronger and more reliable, but also more sustainable and resistant to demanding environments such as hydrogen exposure. By combining advanced experiments, simulations, and digital tools, she accelerates the discovery and optimization of next-generation alloys.
Key Research Areas:
- Materials for hydrogen environments and hydrogen embrittlement
- Sustainable and recycled metals with reduced CO₂ emissions and energy use
- Welding metallurgy and the microstructural integrity of joints under cyclic or monotonic loads.
- Additive manufacturing and defect–property relationships
- Conventional and advanced manufacturing processes including rolling and AM
- Digital workflows and AI-driven materials optimization
Her research spans a wide range of alloys, including multiphase steels (Dual-Phase and Complex-Phase), Medium and high manganese steels, light alloys, nickel, and high-entropy alloys. A central theme of her work is linking processing, microstructure, and performance to enable smarter material design and faster transfer from laboratory research to industrial application.
Dr. Safyari has been awarded highly competitive research funding, including the Academy Research Fellowship from the Research Council of Finland (Suomen Akatemia) and the FWF-ESPRIT grant from the Austrian Science Fund, supporting her work on advanced materials for hydrogen environments. She actively collaborates with industry to solve real-world engineering challenges, translating scientific insights into practical solutions through national and international joint projects.