Brendler, C. F., F. G. Teixeira, F. P. da Silva, and M. S. Müller,
"Uso da digitalização 3D do corpo humano para desenvolvimento de produtos personalizados: Análise comparativa entre os scanners Artec EVA e o Kinect",
Estudos em Design (Online), vol. 24, pp. 41 - 60, 2016.
AbstractThe aim of this paper is comparing both tridimensional scanners: white light Artec Eva; and Infra-red light Microsoft Kinect. This comparison enables evaluate possibilities of these equipments for developing user-centered product projects. It was carried out comparison's concerning both precision and dimensional deviation through virtual and physical models generated by CAD and CAM systems. It was verified the need of eliminating the human body movement by using physical models in the performed analysis. As a result, both scanners demonstrated measurement precision, with the advantage of Artec Eva over Microsoft Kinect. The selection of the most appropriated scanner concerning the projects needs evolves factors such as: the available cost for the project; and the required precision fidelity for the aimed product. Both digital scanners considered in this paper contribute to the development of customized products, showing the relationships between tools and needed product fidelity.
Brendler, C. F., F. P. da Silva, and F. G. Teixeira,
"Avaliação de modelos obtidos por diferentes sistemas de digitalização 3d para produtos personalizados",
DAPesquisa, vol. 10, pp. 68 - 86, 2016, 2015.
AbstractThe purpose is to evaluate models obtained by different 3D scanning systems, and that the geometric variations can generate implications for anthropometric measurements for custom product design. For comparison and analysis, the right leg of a subject was scanned by white light 3D scanner (Artec Eva) and the infrared scanner (Microsoft Kinect). 3D models obtained by the scanners were compared using the Geomagic Qualify software. Also, by CNC machining of visual comparisons were performed analysis, for pressure mapping and thermography. The results were satisfactory both for the use of Kinect scanner and for Artec Eve. However, there was a dimensional difference of about 7 mm between the 3D models, which shows higher accuracy measures the models obtained by Eve Artec scanner. However, does not invalidate the use of Kinect for developing custom product designs. What will determine the most suitable for each type 3D scanner product is the degree of accuracy necessary for the product to perform its function with greater comfort and efficiency.
Brandi, L., F. G. Teixeira, A. Maldonado, R. Pereira, L. I. A. N. E. ROLDO, and F. Silva,
"OBTENÇÃO E COMPARAÇÃO DE TEXTURAS POR PROCESSO DE DIGITALIZAÇÃO TRIDIMENSIONAL",
11º Congresso Brasileiro de Pesquisa e Desenvolvimento em DesignAnais do 11º Congresso Brasileiro de Pesquisa e Desenvolvimento em Design, vol. 1, issue 4, Gramado, pp. 1889 - 1901, 2014.
Abstract
Brandi, L. B., U. M. Bruscato, F. G. Teixeira, C. R. Manica, R. W. Pereira, and O. Schaeffer,
"Processo de Fabricação Digital de Artefato para Transporte de Maças",
XVIII Conference of the Iberoamerican Society of Digital Graphics SIGraDi: Design in FreedomProceedings of the XVIII Conference of the Iberoamerican Society of Digital Graphics - SIGraDi: Design in Freedom, vol. 1, MontevideoSão Paulo, Editora Edgard Blücher, pp. 324 - 327, 2014.
Abstract
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