Publications

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Brendler, C. F., F. G. Teixeira, L. C. da Duarte, L. Vidales, M. S. Müller, and W. K. Júnior, "ANÁLISE DA DEGRADAÇÃO DE PLAQUETAS DE ÓCULOS", VI Workshop Design & MateriaisAnais..., Bauru, pp. - , 2012. Abstract
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Brendler, C. F., F. G. Teixeira, R. P. da Silva, and V. J. Batista, "APLICAÇÃO DA FASE DE PROJETO INFORMACIONAL NO PROJETO DE VASOS SANITÁRIOS PARA IDOSOS", II Conferência Internacional da Integração do Design, Engenharia e Gestão para a InovaçãoIDEMI/2012, Florianópoilis, pp. - , 2012. Abstract
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Teixeira, F. G., R. M. Barcia, R. P. da Silva, and T. K. L. da Silva, "A APLICAÇÃO DE ESTRATÉGIAS PEDAGÓGICAS NÃO PRESENCIAIS NO PROCESSO DE ENSINO-APRENDIZAGEM DA GEOMETRIA DESCRITIVA", GRAPHICA 2003GRAPHICA 2003, Santa Cruz do Sul, pp. - , 2003. Abstract
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Teixeira, F. G., M. S. Müller, and V. J. Batista, "APLICAÇÃO DE METODOLOGIA ERGONÔMICA PARA AMBIENTE CONSTRUÍDO NA ANÁLISE DA ACESSIBILIDADE EM PARQUES INFANTIS", Congresso Internacional de Ergonomia e Usabillidade de Interfaces Humano-TecnologiaAnais do ..., vol. 1, Joinvile, pp. - , 2014. Abstract
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Brendler, C. F., F. G. Teixeira, R. P. da Silva, and V. J. Batista, "Application of the informational phase of the project on the design of toilets for elderly", Human Factors in Design, vol. 1, pp. 1 - 8, 2012. AbstractWebsite
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Teixeira, F. G., R. M. Barcia, R. P. da Silva, and T. K. L. da Silva, "APRENDIZAGEM SIGNIFICATIVA : UMA METODOLOGIA DE ENSINO PARA A GEOMETRIA DESCRITIVA", COBENGE 2004 - Congresso Brasileiro de Ensino de EngenhariaAnais do Cobenge 2004, Brasília, pp. - , 2004. Abstract
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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. AbstractFull text

The 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.

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Teixeira, F. G., R. M. Barcia, R. P. da Silva, and T. K. L. da Silva, "CONCEPÇÕES PEDAGÓGICAS E A FLEXIBILIZAÇÃO NO PROCESSO DE ENSINO-APRENDIZAGEM", GRAPHICA 2003GRAPHICA 2003, Santa Cruz do Sul, pp. - , 2003. Abstract
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Hoffmann, A. T., F. B. Bruno, F. G. Teixeira, and J. J. de Jacques, "DESENVOLVIMENTO DE AMBIENTE DE APRENDIZAGEM HIPERMÍDIA (HyperCALGD) PARA ENSINO DE GEOMETRIA DECRITIVA BÁSICA", GRAPHICA 2003GRAPHICA 2003, Santa Cruz do Sul, pp. - , 2003. Abstract
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Bressan, F., F. G. Teixeira, and W. K. Júnior, "Design e Tecnologia: transposição de volumetrias entre superficies poligonais e polysurfaces nurbs", REVISTA EDUCAÇÃO GRÁFICA, vol. 21, pp. 213 - 229, 2017. AbstractFull Text

The present study is divided in two constructive ways: conversion of volumetric bodies constituted by polygonal surfaces (quads) into surfaces NURBS and conformation of patterns or other polygonal entities on such volumetric bodies. There are numerous cases where the target topology cannot be converted to a single and unique NURBS surface, a procedure that would make the task of volumetric transposition easier and which would already be solved by the use of ready made parametric modeling tools. To carry out this article's tasks, generative modeling systems and associative parametrization strategies were adopted. The knowledge for the construction of the systems used in the present research can be used in different fields that have, as a paradigm, the design creativity as one of its beacons, such as Visual Arts, Architecture and Design. The present work aims to make use of digital manufacturing through laser cutting, 3D printing or CNC milling technologies, at the same time expanding strategies.