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The SLS modeI has been able to qualitatively replicate the results of disc level and deterioration on the capability of an intervertebral disk to withstand both extended loading and low-frequency vibration.. Guidelines of the SLS model for each disk were identified by a least-squares suit to the fresh creep response.. The purpose of this research has been to remedy the using questions: (1) Can the standard linear solid modeI for viscoelastic materials replicate the impact of disk level and deterioration on the ability of a disc to endure prolonged loading and low-fréquency vibration? (2) How nicely will the SLS model explain the romantic relationship between the capability of a disc to resist prolonged launching and its capability to withstand dynamic loads and dissipate energy when put through to low-frequency vibration? Responses of individual thoracic and lumbar disks were scored in axial compression under a constant insert, and for cycIic deformations at thrée frequencies.. The model was subsequently used to predict the disc's i9000 response to cyclic déformations. 1
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