Papers
1
Total Citations
6
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About
Marcel Bartz is a leading researcher in the field of tribology and rolling bearing technology, with a particular focus on failure mechanisms under non-standard operating conditions. His work addresses a critical gap in mechanical engineering: while bearing life calculation is well-established for rotating applications, there is no validated standard for oscillating movements—a growing need as industries increasingly rely on oscillating bearings in wind turbines, robotics, and aerospace systems. Bartz’s most-cited paper (2024, 6 citations) presents experimental results and theoretical models that systematically investigate failure modes in oil-lubricated rolling bearings under small oscillating motions, offering a comparative analysis that advances understanding beyond existing approaches. His contributions are foundational for developing new calculation standards, directly impacting reliability and design in high-precision machinery. By bridging experimental data with theoretical frameworks, Bartz provides engineers with actionable insights for predicting bearing life in oscillating conditions. His work is notable for its practical relevance and methodological rigor, positioning him as a key voice in modern tribology research.
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