The body center of mass (COM) plays a prominent role in occupational ergono
mics. By analyzing the body dimension parameters, anthropometric inertia pa
rameters, i.e. mass, COM location and inertia, can be determined. The param
eters can then be applied in diverse areas such as developing an artificial
limb for the physically disabled, designing protective appliances and wear
for laborers, designing an ejection seat for a fighter jet and performing
motion analysis of astronauts.
This study measures 15 kinds of basic segment parameters in the human body
for Chinese adults. Computer tomography and image processing are adopted in
the measurements. Based on the body dimension parameters, a mathematical m
odel is also derived/presented to estimate the segment mass and segment COM
of Chinese adults. The data accuracy is quite remarkable.