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Journal of Bone and Joint Surgery, 1974;56:236-253.
© 1974 by The Journal of Bone and Joint Surgery, Inc


Biomechanics of Anterior Cruciate Ligament Failure: An Analysis of Strain-Rate Sensitivity and Mechanisms of Failure in Primates

FRANK R. NOYES M.D.1, JAMES L. DELUCAS M.S.1, and PETER J. TORVIK PH.D.1

1 From the Aerospace Medical Research Laboratory and the Air Force Institute of Technology, Wright-Patterson Air Force Base

Anterior cruciate bone-ligament-bone preparations of wild primates tested in tension failed at a higher load and greater elongation, and absorbed more energy, at a fast rate of deformation than at a slow rate. The major mode of specimen failure changed from a predominance of tibial avulsion fractures at the slow rate to ligament disruption at the fast rate. Failure at the two deformation rates commonly occurred by a serial mechanism involving from one to all components of the bone-ligament-bone unit to different degrees. Factors important in ligament-failure properties included: (1) rate-dependent behaviors, (2) geometrical arrangement of collagen fibers, (3) surrounding ground-substance effects, (4) osseous insertion-site effects, and (5) the influence of non-physiological experimental loading conditions and disuse-induced changes in specimens.


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