Abstract:
Mechanical vibrations cause forces that affect human bodies. One of the most common
positions for human bodies is the seated position. In this work, mathematical
models of the seated human body are investigated and simulated in a Simulink/
MATLAB environment. In addition, segments of the human body are studied and
models are developed and built by using Simulink/MATLAB. As part of this work,
model analysis and state-space methods are used in order to check and validate the
results obtained from the simulations. Two types of forces are used to test the whole
seated human body under low frequency citation. The first is a sinusoidal wave signal
based on literature, and the second is an impulse function. The effects of mechanical
vibration on the head and lumbar are studied as these parts of the human body are
usually the most effected areas. Kinematic states of the head segment and lumbar are
considered. The characteristics of the vibration response on the two segments are also
obtained. In addition to the mechanical vibrations study, this paper is a resource for the
development and implementation of models in the Simulink/MATLAB environment
