SVIBOR - Papers quoted in CC - project code: 2-08-188
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SVIBOR - Collecting Data on Projects in Croatia
Papers quoted in Current Contents on project 2-08-188
Quoted papers: 7
Other papers: 25
Total: 32
Title: Model of the Human Abdominal Pressure
- Authors:
- Jurčević, Tanja (187094)
- Kuprešak, Željko (24620)
- Šarić, Adelina (136380)
Journal: Collegium Antropologicum (Suppl.)
ISSN: 0350-6134
Volume: 18
Year: 1994
Pages: from 39 to 46
Language: engleski
Summary: The paper deals with the simple method for estimating of
abdominal resultant force in man depending on his age and statistical
distribution. The measurement were carried out only for adult males,
because this work was done in working ability of one factory that have only
males in this workshop. Recorded forces are very good tool for future study
of modelling the biomechanical models in work analysis.
Keywords: biomechanical model, lumbar moment, abdominal pressure
Title: Harmonical Method of Man's Figure Drawing
- Authors:
- Muftić, Osman (32663)
Journal: Collegium Antropologicum (Suppl.)
ISSN: 0350-6134
Volume: 18
Year: 1994
Pages: from 27 to 32
Language: engleski
Summary: Many kinds of ergonomical or biomechanical analysis usually
start with the formation of the biomechanical model of the human body.
Thatsway a simple method is developed of the human body figure drawing.
Definitions of the human body segments and the centres of gravity are
determined by the using of harmonic circle and the canon of the eight head
length. Results stipulated by this method are compared with the usual
standard measures, giving very good correspodence.
Keywords: biomechanical model, harmonic circle, canon of the eight head length
Title: Antropodynamical Analyses of Jumping Subject
- Authors:
- Božić, Željko (164265)
Journal: Collegium Antropologicum (Suppl.)
ISSN: 0350-6134
Volume: 18
Year: 1994
Pages: from 57 to 63
Language: engleski
Summary: Conventional photographic (or cinematographic) analysis is
usually based on planar analysis of the jumping motion. From sequential
photographs we concluded in our case that analyzed motion consist of
translation and rotation. By assuming that each member of the subject
configuration behaves as a rigid body, and replacing these by simple
geometrical shapes, such as circular cylindres, bars and ellipsoids, we
determined the set of central moments of inertia of the body. A developed
computer program for calculation of mass moments of each "frozen"
configuration was developed. As a result, the external mass moments were
plotted versus time enabling an objective analysis of jumping motion.
Title: The Real Shifting of the Nucleus Pulposus
- Authors:
- Keros, Predrag (20761)
- Muftić, Osman (32663)
- Stojanović, J.
Journal: Collegium Antropologicum (Suppl.)
ISSN: 0350-6134
Volume: 18
Year: 1994
Pages: from 65 to 70
Language: engleski
Summary: The paper presents motion description of the nucleus
pulposus center in the lumbar spine, which, on the basis of the choosen
model and x-ray demostration, moves towards the center of the instantenous
spine curvature. The alredy established opinion about the pulpous motion
towards opposite side had thus been refuted. Simultaneously, the
possibility of pressure increases within the vertebral disk on the line
between the gelatinous solidifided nucleus and fibrous ring of the disk has
also been pointed out. The supposition of this pressure increasing may be
possible reason of the intervertebral disk prolapse.
Title: The Anthropodynamic Model for the Analysis of Time
Changing Anthropomeasures
- Authors:
- Terze, Zdravko (187140)
- Wolf, Hinko (162353)
Journal: Collegium Antropologicum (Suppl.)
ISSN: 0350-6134
Volume: 18
Year: 1994
Pages: from 39 to 46
Language: engleski
Summary: In this paper a skater's jump has been studied. The flight
of the human body was observed as spatial motion of the body with six
degrees of freedom and the changable moments of inertia. The dynamic model
was set as well as the possibility of its verification. Such motion was
analyzed and the directions for its synthesis were given,i.e. the
possibilities of optimization for the purpose of achieving better sport
results.
Keywords: Anthropodynamic model, Anthropomeasures, Moments of Inertia, Angular Momentum
Title: Dynamic Analysis of Sport Jumping as a Basis for the Human
Motion Studies
- Authors:
- Terze, Zdravko (187140)
- Muftić, Osman (32663)
Journal: Collegium Antropologicum
Number: 1
ISSN: 0350-6134
Volume: 19
Year: 1995
Pages: from 229 to 235
Language: engleski
Summary: Dynamic analysis method of the rotational part of the human
body airborne movement has been proposed. The method provides an evaluation
possibility of the accuracy of body airborne movement simulation procedure
which should be based on the comparison of the calculated orientation
parameters of the biomechanical model referent segment with their measured
values. Analyzed biomechanical model has been constructed as a 11 segment
multirigid-body system with 22 rotational degrees of freedom. Its segmental
inertial characteristics are determined by modelling subject's body
segments using geometric solids specified by the anthropometric
measurements.
Keywords: Dynamic Analysis, Sport Jump, Angular momentum, Tensor of inertia, Euler angles
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