Filippo Berto

Papers

Total Citations

135

H-Index

About

Filippo Berto is a leading figure in mechanical and aerospace engineering, with his most-cited work focusing on non-destructive testing, mechatronic systems, and classical mechanism dynamics. His research is centered on advancing industrial robotics and sensor integration for high-precision applications, particularly in the aerospace sector. Berto’s major contributions include developing a TTT manipulator for automated eddy-current probe positioning, enabling more reliable non-destructive control of critical components. He also introduced original methods for analyzing the dynamics of cam mechanisms and the kinematics of 3R mechatronic systems, providing novel frameworks for determining velocities, accelerations, and dynamic behavior in complex mechanical structures. These works, published in 2017, have collectively garnered over 135 citations, underscoring their influence on both theoretical mechanics and practical automation. Berto’s achievements reflect a commitment to bridging classical dynamics with modern robotic control, offering valuable tools for engineers designing safer, more efficient industrial systems. His research continues to inspire students and professionals seeking to innovate in non-destructive testing and mechatronic design.