6th International Symposium on Computer Methods in Biomechanics and Biomedical Engineering
A computational, rigid body model of a 50th percentile male head and neck utilizing 15 Hill Muscle pairs is used to study the sensitivity of Hill Muscle Model parameters. A 15g linear acceleration is applied within the transverse plane at the lowest vertebral level of the neck (T1). The resultant linear acceleration of the head is analyzed. In response is minimally affected. The peak accelerations did change, and in the case of varying muscle activation, the peak acceleration changed significantly, 36%. Each of the other parameter variations affected the peak acceleration of the head by less than 5%. Overall, the muscle activation parameter has the most significant influence on the response of the system.
© 2004 IDMEC. Posted with permission.
Brelin-Fornari, Janet; Shah, Paras; and El-Sayed, Mohamed, "Sensitivity Analysis of Hill Muscle Parameters" (2004). Crash Safety Center Publications. 19.