Max Robotics — Global Service Robot Directory + US Certification

About

A. Papangelo is a leading researcher in contact mechanics, soft robotics, and the physics of adhesion and friction, with a particular focus on the behavior of viscoelastic and thin-shell structures. His work bridges fundamental mechanics with practical engineering applications, notably in the design of smart materials for robotic systems. Among his most cited contributions is a study on the viscoelastic normal indentation of nominally flat randomly rough contacts (16 citations), which provides critical insights into how surface roughness affects contact behavior in deformable materials. He has also pioneered the development of mechanochromic suction cups for local stress detection in soft robotics (15 citations), an innovative advancement that enables lightweight, visually intuitive sensors for structural health monitoring and complex object manipulation. More recently, Papangelo has explored the interplay of adhesion and friction in suppressing buckling in thin spherical shells, and introduced a physics-augmented machine learning framework to predict pull-off forces in viscoelastic adhesive contacts. These works, though newer, underscore his commitment to integrating data-driven methods with classical mechanics. His research is highly influential for students and engineers working on next-generation robotic manipulators, bio-inspired adhesives, and durable structural systems.