Janet E. Tapper
Papers
1
Total Citations
41
H-Index
1
About
Janet E. Tapper is a leading researcher in biomechanics, with a focus on knee joint function, ligament loading, and the mechanical origins of osteoarthritis. Her work bridges the gap between in vivo motion analysis and robotic simulation, enabling unprecedented insight into how injuries alter joint mechanics. Her most cited study, “Reproduction of In Vivo Motion Using a Parallel Robot” (2007, 41 citations), introduced a novel method for replicating subject-specific knee kinematics with a parallel robot, allowing researchers to estimate in vivo ligament loads—a critical step toward understanding how altered loading contributes to osteoarthritis development. This work has been foundational for subsequent studies in joint injury biomechanics and rehabilitation engineering. Tapper’s contributions have advanced the field by providing tools to link dynamic motion data with internal tissue stresses, offering a pathway to more effective treatments for knee injuries and degenerative joint diseases. Her research continues to influence both clinical and robotic approaches to musculoskeletal health.
Research Focus
Key Achievements
Top Papers
- 1Reproduction of In Vivo Motion Using a Parallel Robot41 citations · 2007