Archimede Forcellese

Papers

Total Citations

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About

Archimede Forcellese is a leading researcher in advanced manufacturing and materials engineering, with a primary focus on robotic processing of lightweight alloys and composite structures. His work bridges the gap between automation and materials science, particularly through the development of Robotic Automated Fiber Placement (R-AFP) technology for carbon fiber towpregs. This innovation, detailed in his most-cited paper (2021, 20 citations), enables the production of high-performance composite laminates while using thermographic scanning to prevent placement-induced defects—a critical advancement for aerospace and automotive applications. Forcellese has also made significant contributions to friction stir welding, notably in his study of robotic friction stir welding of AA5754 aluminum alloy sheets (2014, 5 citations). By investigating different initial temper states (H111 and O-annealed) using a six-axis hybrid robot with parallel kinematics, he demonstrated how robotic precision can optimize weld quality in aluminum structures. His work is characterized by a practical, industry-oriented approach, integrating real-time process monitoring and adaptive control. With a growing citation record, Forcellese’s research continues to shape the future of automated, defect-free manufacturing for lightweight, high-strength materials.