Papers
6
Total Citations
261
H-Index
6
About
Francesco Massi is a leading researcher in tribology and haptic perception, whose work bridges the mechanical behavior of contact surfaces with the subtle physics of human touch. His key research areas include tactile perception through friction-induced vibrations, the degradation mechanisms of high-loaded oscillating bearings, and the numerical modeling of contact stresses. Massi’s most influential contribution is his 2011 study on tactile perception, which has garnered 156 citations and fundamentally advanced the understanding of how friction-generated vibrations enable the fingertip to identify surface textures and objects. This work, alongside his dynamic analysis of surface scanning for tactile perception, highlights his unique ability to connect mechanical engineering with neurophysiological sensing. In the domain of bearing durability, Massi has systematically analyzed damage evolution, contact surface interactions, and life accommodation mechanisms under extreme oscillating loads, with papers accumulating 20 to 31 citations each. His research provides critical insights for improving the reliability of high-stress mechanical systems. Through his integrated approach—combining experimental observation with numerical analysis—Massi has become a pivotal figure in both tribology and the science of haptic exploration.
Research Focus
Key Achievements
Top Papers
- 1Tactile perception by friction induced vibrations156 citations · 2011
- 2
- 3
- 4
- 5
- 6Dynamic Analysis of Surface Scanning for Tactile Perception6 citations · 2010