Todd C. Doehring
Papers
3
Total Citations
74
H-Index
2
About
Todd C. Doehring is a biomedical engineer whose research sits at the intersection of robotics, biomechanics, and musculoskeletal systems. His work has made meaningful contributions to the methodology of experimental biomechanics, particularly in developing and refining robotic testing systems for studying complex biological structures such as the lumbar spine and other musculoskeletal joints. Doehring's most influential contribution, cited 47 times, introduced novel robotic and universal force-sensor (UFS) testing approaches with hybrid control strategies to characterize lumbar spine load-displacement behavior in vitro — a significant advance over traditional single-axis testing machines that struggled to capture the spine's inherently nonlinear, multi-dimensional mechanics. Complementing this, his 1999 work on improving load cell accuracy in six-degree-of-freedom systems (25 citations) addressed a critical instrumentation challenge, enabling more precise force and moment measurements during robotic musculoskeletal testing. His subsequent simulation and control research further formalized the computational frameworks underpinning these robotic testing platforms, tackling the formidable challenge of controlling experiments involving highly nonlinear biological tissues. Together, Doehring's body of work helped establish rigorous, multi-axis robotic testing as a credible and reproducible standard in spine and joint biomechanics research.
Research Focus
Key Achievements
Top Papers
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