Valerio Viti

Ansys (United States), University of Kentucky

Papers

Total Citations

H-Index

About

Valerio Viti’s research focuses on the intersection of computational fluid dynamics (CFD) and advanced manufacturing, with a particular emphasis on electrostatic spray painting and robotic automation. His major contributions include pioneering a CFD analysis of electrostatic spray painting with a rotating bell cup, a study that has garnered 17 citations for its insights into how electrostatic fields enhance transfer efficiency and coating quality. This work is critical for industries seeking to reduce waste and improve finish consistency. Additionally, Viti developed a self-adjusting robotic painting system, cited 15 times, which predicts and corrects defects in real time during the coating of automotive fuel containers. This innovation represents a significant leap toward intelligent, adaptive manufacturing, reducing downtime and material waste. Viti’s research has practical, on-site applications, as demonstrated by the successful implementation of his robotic thermal management system. His work not only advances fundamental understanding of fluid dynamics and electrostatic processes but also delivers tangible improvements in industrial efficiency, making him a notable figure in the field of applied robotics and coating technologies.