W. Terpstra
Papers
1
Total Citations
17
H-Index
1
About
W. Terpstra’s research lies at the intersection of biomechanics and rehabilitation robotics, with a focus on how mechanical perturbations affect human gait. In their most-cited work, “Effect of added inertia on the pelvis on gait” (2011, 17 citations), Terpstra demonstrated that added inertia to the pelvis—particularly in the anterior-posterior and lateral directions—significantly alters walking patterns, a critical insight for designing low-inertia gait-training robots that allow natural movement. This foundational study informs the development of more transparent, patient-responsive robotic exoskeletons and rehabilitation devices. Terpstra’s contributions are pivotal for engineers and clinicians aiming to restore normal gait in individuals with mobility impairments, bridging mechanical design with human motor control. Though their citation count is modest, the work’s direct applicability to robotics and rehabilitation underscores its practical impact. Terpstra’s research exemplifies how precise biomechanical experiments can shape the next generation of assistive technologies, making their findings essential reading for students and researchers in biomechatronics and physical therapy.
Research Focus
Key Achievements
Top Papers
- 1Effect of added inertia on the pelvis on gait17 citations · 2011