Francesco Mollica

Papers

Total Citations

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About

Francesco Mollica is a researcher whose work lies at the intersection of polymer processing, additive manufacturing, and materials science. His primary research focuses on understanding and optimizing the thermal and mechanical behavior of polymers in large-scale additive manufacturing (LSAM), a field critical for producing high-performance, industrial-grade components. In his most-cited paper, "Effects of printed bead volume on thermal history, polymer degree of crystallinity and mechanical properties in large scale additive manufacturing" (2023), Mollica systematically investigates how varying bead volume influences the thermal history during printing, which in turn affects polymer crystallinity and final mechanical properties. This work provides a foundational framework for controlling material performance in LSAM, offering practical guidelines for engineers to tailor part strength and durability. With 14 citations to date, this study has already garnered attention for its clear, actionable insights. Mollica’s contributions bridge fundamental polymer science with real-world manufacturing challenges, making his research valuable for students and professionals seeking to advance large-scale 3D printing technologies.