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About

Arnab Chanda is a pioneering researcher at the intersection of biomechanics and injury prevention, whose work has fundamentally advanced our understanding of skin wound mechanics and footwear safety. His primary research focuses on the biomechanical modeling of wounded skin and the optimization of surgical suturing techniques, where he has made landmark contributions. Chanda developed the first realistic 3D computational model of wound closure with interrupted sutures (45 citations), providing a quantitative framework to replace subjective, experience-based suturing practices. His experimental work on tissue phantoms (49 citations) established critical insights into how injury and suturing affect human skin's mechanical properties, while his comprehensive review on computational wound suture modeling (39 citations) has become a foundational reference in the field. Demonstrating remarkable versatility, Chanda has also applied his biomechanical expertise to sports safety, evaluating slip resistance of basketball shoes (11 citations) and running shoes (9 citations) on various surfaces. His work bridges computational modeling, experimental mechanics, and practical applications, offering transformative tools for both clinical wound management and athletic injury prevention. With over 180 total citations, Chanda continues to shape biomechanical research through innovative, interdisciplinary approaches.