prof. dr. Mitjan Kalin
Short biography
In just over two decades Dr. Kalin has established himself as a distinguished scientist in wear and friction mechanisms of advanced materials, green lubrication technologies and nanoscale interface phenomena. In particular, he is recognised in academia and industry as a pioneer in boundary lubrication and tribochemistry of diamond-like carbon (DLC) coatings. He also contributed new insights in the effect of surface charge and pH in water lubrication of ceramics and developed a new spreading-wetting model for oil-lubricated contacts, as well as introduced the mechanism for oil-molecular slip on low polar-surface-energy interfaces, which in EHL contacts reduced the friction even by a half. Over the years dr. Kalin became one of leaders in green tribology by introducing several new green contact systems and concepts, in particular combined with the DLC coatings. Moreover, since 2013 he coordinates an European platform for green tribology »Tribos« that is nowadays recognised globally to comprise of unique two-year master-degree program in tribology (Tribos+), a doctoral research and training in green tribology (Green Tribos) and a post-doc program in green mobility (Mobility-GT), which is a unique contribution to the young generation of new leaders in tribology on a global scale. Dr. Kalin’s research was realised through leading more than 50 large projects (3-year or longer), mostly obtained in international competitive area. Dr. Kalin has given 80 invited lectures in all the most recognised tribological conferences worldwide, of which 22 were keynote and plenary. He has published more than 210 scientific articles and has over 9200 citations with an h-index of 53 in Google scholar. He also led over 150 industrial projects, including several major global corporations and many Slovenian industries. He holds 13 patents, including USA and EU patnets. All these contributions were the reason for his several awards, like prestigious ASME Burt L. Newkirk Award, Slovenian state award Zois Prize for early scientific achievements and the highest Slovenia state scientific recognition for outstanding achievements the Zois Award, Fellow of STLE, top 10 scientific achievements of University of Ljubljana in a specific year, and Golden plaque of University of Ljubljana, the highest honour for an active member of the University of Ljubljana. His international reputation as a leading tribologist led him to the position of the Editor-in-chief of Lubrication Science (2012-), one of few journals in tribology with SCI IF. He was two-times elected as deputy-president of the world tribology association International Tribology Council ITC, and became a director of Board of directors of STLE the only organisation that embraces tribologists worldwide. He was also elected to a 4 years position of a Dean of Faculty of Mechanical Engineering at University of Ljubljana after being earlier elected for 4 years as a vice-dean for research and international collaboration and a vice-dean for master and doctoral study. HE was elected as a member of Slovenian Academy of Engineering, a Member of the International Academy of Engineering, and in 2024 to European academy of science and arts.
Bibliography in short
- 215 international peer-review journal papers, vast majority in leading SCI journals in the field
- 80 invited lectures at international conferences (of which 22 keynote and plenary)
- 49 lectures at international corporations and institutes
- 400 various conference contributions
- 2 books published by international publisher (Tribology of Ceramics and Composites, a material science perspective, Wiley (2011), Friction and wear of ceramics: principles and case studies, Wiley (2020)
- 8 scientific book chapters
- 5 professional & public outreach monograph chapters
- Editor of 6 books (ASME Press, University of Ljubljana, etc.)
- Editor of 9 various Professional Books and 4 Conference proceedings
- 13 student scripta and hand-outs
- 9200 citations, H-index = 53 (Google scholar)
- 13 patents
- More than 150 reports for industry and other customers
- 18 documented design projects (devices, systems)
- more than 50 major projects as project leader of longer, typically 3-years projects (mostly international).
Full bibliography:
https://bib.cobiss.net/bibliographies/si/webBiblio/bib201_20250116_182251_14556.html
Reference Projects:
- Mobility GT: Surfaces and interfaces for sustainable green mobility (2022 - 2029)
- Code GM - Nanoscale contact design of high-performance, energy-efficient, lightweight components for green mobility (2022 - 2024)
- TriboADAM - Tribological surface design with advanced metal additive manufacturing (2020 - 2023)
- GreenTRIBOS - EJD ITN doctorate programme (Horizon 2020 Marie Skłodowska-Curie Actions) (2019 - 2023)
- GreenSTAMP - Nano-engineered Green lubrication technology for sustainable high-performance stamping (2018 - 2021)
- To tailor film thickness and friction in oil lubricated contacts by solid-liquid interactions (2018 - 2020)
- GreenCOAT - Green high-performance and low-friction interfaces tailored by the reactivity of novel DLC coatings and ionic liquids (2017 - 2020)
- Nanoscale engineering of the contact interfaces for green lubrication technology (2016 - 2018)
- Xtribology - Enhanced wear protection using nanostructured materials and nanoparticles (2015 - 2020)
- ENTICE - Engineering Tribochemistry and Interfaces with a Focus on the Internal Combustion Engine (2012 - 2016)
- Nanoparticles-reinforced polymer composites for highly-loaded advanced mechanical components (2011 - 2014)
- Study of lubricating agents adsorption on DLC coatings using neutron reflectometry - Taiho Kogyo Research Foundation, Japan (2010 - 2012)
- 2020 Interface - Nanoscale Tailoring of Tribological Interfaces for Reduced Environmental Impact (2009 - 2013)
- Hybrid nanomaterials for low-friction polymer composites and energy conversion (2009 - 2012)
- MoS₂ nanoparticles as additives in lubricants and low-friction materials (2009 - 2012)
- Mechanisms and formation of tribological nanolayers in boundary lubrication of DLC coatings (2007 - 2009)
- Development of the brake pads for the brakes using C/C-SiC composite disks (2003 - 2006)
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