Anthony J. Arrowood

Papers

Total Citations

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About

Anthony J. Arrowood is an emerging materials scientist whose research sits at the dynamic intersection of polymer chemistry, advanced manufacturing, and smart materials design. His work focuses on developing innovative methods to engineer soft and semicrystalline polymeric materials with precisely tunable mechanical properties, positioning him as a contributor to next-generation applications in soft robotics, wearable electronics, and programmable plastics. Arrowood's most influential contribution, "Polymeric Multimaterials by Photochemical Patterning of Crystallinity" (2022, 72 citations), introduced a rapid, environmentally friendly photochemical approach to spatially control stiffness and elasticity within a single material — a significant advancement over previously cumbersome synthetic strategies. Building on this foundation, his 2023 study on digital light processing 3D printing (22 citations) demonstrated spatially programmable shape-memory behavior in semicrystalline acrylates, advancing the capabilities of additive manufacturing for smart material fabrication. His most recent work (2025) employs mechanochemistry to illuminate the molecular origins of interfacial fracture in tough soft networks, addressing a persistent challenge in the field. With growing citation impact and a research trajectory spanning photopatterning, 3D printing, and fracture mechanics, Arrowood represents a promising voice in functional polymer materials research.