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Mohammadreza Jandaghi is a researcher specializing in postdoctoral studies at Linköping University. His research centers on the thermodynamically-guided design of sustainable lightweight alloys for additive manufacturing. This includes the advanced use of electron microscopy techniques and mechanical testing to reveal structure-properties relationships. His work on designing sustainable alloys is critical in reducing fuel consumption and mitigating greenhouse gas emissions, particularly in the aerospace and automotive industries. His recent advances in thermodynamic simulations and 3D printing technologies have expanded the capabilities of materials engineers to fabricate near-net shape components with innovative compositions and enhanced properties. As part of the WISE program, his research aims to generate eco-friendly alloys that have competitive mechanical strength and simplified compositions for easy recycling, utilizing powder bed fusion techniques. Jandaghi's research background includes phase transformations, deformation mechanisms, corrosion behavior of processed alloys, severe plastic deformation, 3D printing, welding, joining, and thermal treatments.
Linköping University • Linköping
Conducting research focused on thermodynamically-guided design of sustainable lightweight alloys and advanced electron microscopy techniques.
Requirements are standardized across the Faculty of Science and Engineering (Institute of Technology) for international Master's programs.