THEORETICAL INTERPRETATIONS CONCERNING THE STABILITY OF THE HUMAN HAND-ARM SYSTEM AT LOW FREQUENCIES, SYSTEM COMPARATIVE WITH A MECHANICAL SYSTEM

Aurora Felicia CRISTEA

Abstract


The paper aims to demonstrate, from a theoretical point of view, how to stabilize and if stabilized the movement of a mechanical hand-arm system [4], a system subjected to vibrations and excited at its own excitatory frequency of 4.16 Hz. It is known that, at low frequencies (<25 Hz), changes occur in the normal state of system functionality, namely, disorders of the bone, nervous system, etc. [6], [7], and the author wishes to continue and deepen research in this field regarding the hand-arm system.

 

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References


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