Papers
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Total Citations
3
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About
Anoop Kumar is a biomechanics researcher whose work focuses on the detailed kinematic evaluation of total knee arthroplasty, particularly posterior stabilized (PS) implant designs. His key research area lies in understanding how subtle variations in implant geometry—specifically condylar and cam-post mechanisms—influence the functional motion of artificial knees. In his notable 2013 study, "Kinematic Differences in Posterior Stabilized Total Knees Determined by a Holistic Experimental Evaluation Method," Kumar demonstrated that not all PS knees behave identically, challenging the conventional classification that groups them as a single type. By employing a holistic experimental approach, he provided critical insights into how design-specific differences can alter kinematic outputs, a finding that has implications for implant selection and surgical planning. While his most cited work has garnered 3 citations, its value lies in its methodological rigor and its contribution to a more nuanced understanding of knee biomechanics. Kumar’s research is particularly relevant for orthopedic engineers and surgeons seeking to optimize implant performance and improve patient outcomes through evidence-based design evaluation.
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