Papers
3
Total Citations
76
H-Index
3
About
Davide Tonazzi is a leading researcher in the field of tribology and mechanical engineering, with a specialized focus on the performance and degradation of high-loaded oscillating bearings. His work is pivotal in understanding how contact surfaces evolve under extreme stress, particularly in hybrid bearing systems. Tonazzi's major contributions include the detailed characterization of damage mechanisms and contact stress distributions, using both experimental and numerical approaches. His 2018 study on damage evolution in hybrid bearings, cited 31 times, provides critical insights into the life cycle of these components under oscillatory loads. Similarly, his 2017 numerical analysis of contact stress and strain, with 25 citations, offers a foundational framework for predicting bearing failure in greased and ungreased conditions. His 2020 paper on life evolution and accommodation mechanisms, with 20 citations, further advances the understanding of how bearings adapt to high-load oscillations. Tonazzi's work is instrumental for engineers designing more durable bearings in demanding applications, such as aerospace and heavy machinery, and his research continues to shape best practices in tribological design and maintenance.
Research Focus
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