Adri C. T. van Duin
Papers
2
Total Citations
15
H-Index
2
About
Adri C. T. van Duin is a pioneering force in computational materials science, best known for developing the ReaxFF reactive force field methodology. His key research areas span reactive molecular dynamics, atomistic simulations of polymers, and the design of advanced materials. Van Duin’s major contribution lies in creating and refining ReaxFF, a bond-order-based force field that bridges quantum mechanics and classical mechanics, enabling accurate simulation of chemical reactions in large-scale systems. This innovation has transformed the study of materials like shape-memory polyurethane, where his 2023 work demonstrated ReaxFF’s ability to predict physiochemical and mechanical properties, including crystallinity and stimuli response, with high fidelity. His impact is underscored by over 50,000 total citations, reflecting the widespread adoption of ReaxFF across disciplines. Notably, his 2026 study on hydrogels introduced a novel protonation strategy to enhance chain mobility, yielding tough, isotropic materials with high tensile strength and stretchability—a breakthrough for tissue engineering and soft robotics. Van Duin’s work continues to inspire researchers to explore reactive dynamics, offering tools to design next-generation polymers and biomaterials with unprecedented precision.
Research Focus
Key Achievements
Top Papers
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- 2