Dragan Rajnović

Dragan Rajnović serves as Associate Professor at the University of Novi Sad's Faculty of Technical Sciences, Serbia, within the Chair of Materials and Joining Technologies under the Department of Production Engineering. His academic trajectory spans from Intern Assistant (2000) to current Associate Professor (since 2020), reflecting deep institutional integration.

His educational foundation includes a Bachelor's degree (2000), Magister degree (2009), and PhD (2015), all in Mechanical Engineering from the Faculty of Technical Sciences. These qualifications underpin his specialization in materials metallurgy and structural analysis.

Rajnović's research centers on Austempered Ductile Iron (ADI) systems, with emphasis on microstructure-property relationships, failure mechanisms, and processing parameters. His work bridges fundamental metallurgy and industrial applications, particularly in agricultural machinery durability and ballistic material design. The investigation of phase transformations during austempering remains a consistent theme across his publications.

Analysis of his 15 most recent publications (2008-2021) reveals three dominant research streams: (1) ADI characterization under environmental stressors like water-alcohol mixtures, (2) corrosion protection methodologies for magnesium alloys, and (3) advanced manufacturing techniques including semi-solid casting and cold extrusion. These studies consistently employ metallographic analysis and mechanical testing to establish structure-property correlations.

No scientific awards or major fellowships are documented in the available records.

While no student advisement or grant activities are explicitly mentioned, Rajnović holds leadership roles as Secretary (since 2015) and Head (since 2018) of the Chair of Materials and Joining Technologies, indicating significant administrative responsibilities within the department.

His laboratory work focuses on materials testing facilities within the Chair, supporting research on fracture mechanics, wear behavior, and hydrogen storage properties, though specific equipment details are not provided in the source material.