NEW CAD TECHNIQUES USED FOR VIRTUAL BONE MODELS APPLIED IN ORTHOPEDICS
Keywords:
computer graphics, orthopedics, virtual bones, rapid prototyping, virtual prototypingAbstract
The paper presents some methods used to create and analyze human virtual bones. The cooperation between medical research team and the engineer research group give important tools for medical devices or implants design. To re-create anatomical 3D models it was used a CAD software which permits to define complex models. First, there were defined the "hard" parts as the main bone components and "soft" parts as ligaments or menisci using CT images. Also, using CAD methods, were created virtual models of human joints. In the last decade, a new concept called rapid prototyping, physical coating or without solid pre-form manufacturing, has become very popular.
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References
Baciu, C., (1986). Musculoskeletal surgery and
prosthesis, in Romanian, pp. 399-404, Ed. Medicala,
Bucharest.
Buciu, G., Grecu, D., Niculescu, D., Chiutu, L.,
Stoica, M. and Popa, D., (2013). Studies about
Virtual Behavior of Tibia Fractures and Nails During
the Fixation, Journal of Industrial Design and
Engineering Graphics, vol.8, issue no.2, pp. 5-10.
Buciu, G., Tarnita, D. N., Popa, D. L., Lungu, M. A.,
Miritoiu, C. and Ungureanu, A., (2014). Virtual and
Experimental Studies about Human Walking. Virtual
Lower Leg Environment. Innovative Design of Tibia
Nail, Applied Mechanics and Materials, Trans Tech
Publications, Switzerland, Vol. 657, pp 770-774.
Ciunel, S., Duta, A., Popa, D.L., Popa-Mitroi, G. and
Dumitru, V., (2014). The Behavior of the Virtual
Human Head-Neck System during the Main
Movements, Applied Mechanics and Materials, Trans
Tech Publications, Switzerland, Vol. 657, pp. 780-
Duta, A., Craciunoiu, N., (2008). Contributions on
the modelling and analysis of break pad, Proceedings
of the International Conference on Manufacturing
Systems ICMaS 2008, Editura Academiei Române,
pp. 343-346, ISSN 1842-3183.
Popa, D. L., Gherghina, G., Duta, A., Tutunea, D. and
Ciunel, S., (2014). The methods and techniques used
for the human bones virtual re-construction,
Proceedings of 4th International Scientific
Conference on Geometry and Graphics
moNGeometrija, vol.1, pp.189-198.
Popa, D. L., Gherghina, G., Tutunea, D. and Bogdan
M. L., (2010). The Kinematic, Dynamic and FEA
Analysis of the Human Main Joints, Proceedings of
th International Research/Expert Conference
”Trends in the Development of Machinery and
Associated Technology”, Mediterranean Cruise.
Popa, D. L., Tutunea, D., Gherghina, G., Ciunel, S.,
(2015). Methods used for the virtual human bones
and joints re-construction. Normal and pathological
human joints virtual simulations. Journal of Industrial
Design and Engineering Graphics, special issue,
section 2, Applied Geometry and Graphics, pp. 49-
Popescu, I., Romanescu A. E., Sass L., (2016). A
locus problem solved through methods from the
Theory of Mechanisms, IOP Conference Series:
Materials Science and Engineering 161 (1), 012037.
Popescu, I., Sass, I., (2001). Curves Generating
Mechanisms, in Romanian, Ed. Scrisul Românesc,
Craiova.
SolidWorks. Tutorials, (1995-2017).
Tarnita, D., Boborelu, C., Popa, D., Tarnita, C. and
Rusu, L., (2010). The three-dimensional modeling of
the complex virtual human elbow joint, Romanian
Journal of Morphology and Embriology, Ed.
Academiei Romane, 51(3), pp. 489-495.
Wiesel, S.W., (2010). Operative techniques in
orthopaedic surgery, vol. 1.
http://svn.softwarepublico.gov.br/trac/invesalius,
Accessed: 2017-01-15.
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