Charles R. Bennett
Papers
3
Total Citations
59
H-Index
3
About
Charles R. Bennett is a biomedical engineer whose research has made meaningful contributions to the field of spinal biomechanics, with a particular focus on the development and application of advanced robotic and mechatronic testing systems for cadaveric spinal specimens. His most recognized work centers on the design and validation of a novel six-degree-of-freedom Cartesian biomechanical testing system capable of real-time load control, a technically sophisticated achievement that has garnered 42 citations and represents a significant methodological advancement for in-vitro spinal research. Bennett extended this foundation by applying robotic systems to simulate physiologically realistic loading conditions on lumbar spinal segments, including the dynamic resultant force vector and the ideal follower load — complex mechanical scenarios that are difficult to replicate experimentally. His subsequent comparative work addressed a notable gap in the literature by incorporating shear loads alongside compression and bending under dynamic conditions, offering researchers a more complete picture of lumbar spine mechanics during flexion-extension. Collectively, Bennett's contributions have helped bridge the gap between simplified laboratory testing protocols and the nuanced mechanical demands placed on the human spine during real-world movement, providing a stronger experimental foundation for spinal implant evaluation and surgical decision-making.
Research Focus
Key Achievements
Top Papers
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