Research of variations of frequency of non-linear dynamic model of the muscle

The paper presents the methodic for research of non-linear muscular stiffness characteristics, operating with polynomial and Gaussian functions. The dynamical muscle model has been made which led to observe the variations of muscular amplitude-frequentative characteristics in loading duration and at different magnitudes of the load. It was appointed that in non-linear muscle system, in the beginning of muscle loading, not less 6 different frequency harmonics appeared and with longer loading duration the amount of them decrease. In marginal case when ? ?t , the amount of frequencies approached to four. The regularities of muscle frequency characteristics in muscle loading duration explored analytically were compared to results got by experimental wa

Research of variations of frequency of non-linear dynamic model of the muscle

The paper presents the methodic for research of non-linear muscular stiffness characteristics, operating with polynomial and Gaussian functions. The dynamical muscle model has been made which led to observe the variations of muscular amplitude-frequentative characteristics in loading duration and at different magnitudes of the load. It was appointed that in non-linear muscle system, in the beginning of muscle loading, not less 6 different frequency harmonics appeared and with longer loading duration the amount of them decrease. In marginal case when ? ?t , the amount of frequencies approached to four. The regularities of muscle frequency characteristics in muscle loading duration explored analytically were compared to results got by experimental wa