STUDY OF HUMAN BODY MOBILITY THROUGH MECHANICAL MODELING

Simona Gabriela JURCO, Eugen JURCO, Gheorghe TOMOAIA, Mariana ARGHIR

Abstract


The work presents a model with five degrees of freedom of the human body subjected to external vibration. It analyzes the mobility of material system assimilated to the human body. It shows the corresponding simulation of a model note 5-SPP, which is composed of two feet, which is on a vibrating platform, which transmit the movement to the pelvis. In this paper is analyzing the stability of mechanical system human body equated for each segment separately. Each foot has two segments, and the fifth is the pelvis. From the study, shows that the movement of each segment is stable, so it does not cause malfunctions of the body over which it has conducted this study.

Key words: human body mobility, external mechanical vibrations, stability diagrams

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References


Abbas W., Ossama B. Abouelatta, Magdi El-Azab, Mamdouh E., Adel A. Megahed “Optimization of Biodynamic Seated Human Models Using Genetic Algorithms” Engineering, 2010, 2, 710-719 pages;

Silviu Platon, Ing. Dan Niculescu, laborator Riscuri Fizice “Impactul vibraţiilor mecanice asupra sistemului musculo-scheletic” (Romanian Title).

Simon Gabriela Urs (married Jurco), Raport de cercetare. Contribuţii la studiul privind acţiunea vibraţiilor asupra organismului uman din punct de vedere fiziologic şi/sau funcţional (Romanian title), Referat nr.2, Technical University of Cluj-Napoca, May, 2010;

Simon Gabriela Urs (married Jurco) „Studiul privind influenţa vibraţiilor asupra organismului uman din punct de vedere fiziologic şi / sau funcţional” (Romanian Title), doctoral theses made public in 19.09.2011, Cluj - Napoca, Romania.


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