Institute for Manufacturing Technology and Production Systems

Fábio José Pinheiro Sousa

Research Engineer at FBK from July 2008 till July 2014.

 

Publications

 

Journals

Aurich, J.C.; Sousa, F.J.P.; Weingaertner, W. L.; Alarcon, O. E. (2007a): Analytical determination of the distribution of polishing time over the surface of polished tiles. In Journal of the American Ceramic Society (90/11), pp. 3468–3477.

Aurich, J.C.; Sousa, F.J.P.; Weingaertner, W. L.; Alarcon, O. E. (2007b): Kinematics of a single abrasive particle during the industrial polishing process of porcelain stoneware tiles. In Journal of the European Ceramic Society (27/10), pp. 3183–3190.

Matsunaga, F. N.; Salati, M. R.; Sousa, F.J.P. (2014): Gloss enhancement behaviour of tiles with different initial surface conditions. In Interceram - Tile & Brick (63/1), pp. 9–13.

Olenburg, A.; Sousa, F.J.P.; Aurich, J.C.; Sánchez, E. (2013): Polishing of porcelain tiles in industrial- and laboratory-scale. In cfi - ceramic forum international (90/3), E39-E43.

Reichenbach, I.G.; Bohley, M.; Sousa, F.J.P.; Aurich, J.C. (2018): Micromachining of PMMA - manufacturing of burr-free structures with single-edge ultra-small micro end mills. In The International Journal of Advanced Manufacturing Technology (96/9-12), pp. 3665–3677.

Reichenbach, I.G.; Bohley, M.; Sousa, F.J.P.; Aurich, J.C. (2019): Tool-life criteria and wear behavior of single-edge ultra-small micro end mills. In Precision Engineering (55), pp. 48–58.

Schneider, F.; Lohkamp, R.; Sousa, F.J.P.; Müller, R.; Aurich, J.C. (2013): Ultrapräzisionsbearbeitung von cp-Titan - Untersuchung des Einflusses von Größeneffekten auf das Bearbeitungsergebnis. In wt Werkstattstechnik online (103/11-12), pp. 853–857.

Soares Filho, J.E.; Aurich, J.C.; Sousa, F.J.P.; Nascimento, R.M.; Paskocimas, C.A. (2018): Abschätzung der minimalen Abtragsdicke beim Polieren von Keramikfliesen durch Lasertriangulation. In Ceramics International (44), pp. 4646–4652.

Sousa, F.J.P.; Alarcon, O. E.; Spiller, A. (2005): Influência do ângulo de arraste na dureza ao risco de materiais dúcteis. In Máquinas & Metais (476), pp. 72–83.

Sousa, F.J.P.; Alarcon, O. E.; Tridapalli, D. (2006a): Evaluation of measurement uncertainties for a scratching tester - Measurement. In Journal of the International Measurement Confederation (39/7), pp. 594–604.

Sousa, F.J.P.; Alarcon, O. E.; Tridapalli, D. (2006b): Industrial wastes used in floor tile glazes. In American Ceramic Society Bulletin (85/8), pp. 9101–9107.

Sousa, F.J.P.; Aurich, J.C.; Alarcon, O. E.; Weingaertner, W. L. (2007a): Influence of the trajectory of the abrasive pin on the grinding process of glassy ceramics. In Journal of Materials Science and Engineering (4/4), pp. 19–29.

Sousa, F.J.P.; Aurich, J.C.; do Nascimento, R. M.; Paskocimas, C.A.; Tartas, D. (2016): Experimental evaluation of on-line discrete tile rotations in the polishing process of ceramic tiles. In CIRP Journal of Manufacturing Science and Technology (14), pp. 1–9.

Sousa, F.J.P.; Hosse, D. S.; Reichenbach, I.G.; Aurich, J.C.; Seewig, J. (2013): Influence of kinematics and abrasive configuration on the grinding process of glass. In Journal of Materials Processing Technology (213/5), pp. 728–739.

Sousa, F.J.P.; Júnior, N. V.; Weingaertner, W. L.; Alarcon, O. E. (2007b): Glossiness distribution over the surface of stoneware floor tiles due to the polishing process. In Journal of Material Science (42/24), pp. 10124–10132.

Sousa, F.J.P.; Neves, W. F. d.; Alarcon, O. E. (2004): Estudo da viabilidade de obtenção de isoladores elétricos a partir de resíduo de esmaltação. In Cerâmica (50/315), pp. 217–224.

Sousa, F.J.P.; Olenburg, A.; Aurich, J.C. (2011a): Spatial Distribution of Glossiness over the Surface of polished Stoneware Tiles. In Interceram (60/3), pp. 214–216.

Sousa, F.J.P.; Souza, R. G.; Alarcon, O. E.; Engels, M. (2010): Glossiness and Slipperiness of Polished Porcelain Stoneware Tiles. In Interceram (59/2), pp. 128–133.

Sousa, F.J.P.; Weingaertner, W. L.; Alarcon, O. E. (2009a): Computational Simulation of the polishing process of porcelain stoneware tiles. In Tiles & Bricks International Manual (47-50).

Sousa, F.J.P.; Weingaertner, W. L.; Alarcon, O. E. (2009b): Optimization of the kinematics available in the polishing process of ceramic tiles by computational simulations. In Journal of the American Ceramic Society (92/1), pp. 41–48.

Sousa, F.J.P.; Weingaertner, W. L.; Alarcon, O. E. (2011b): Analysis of the Plasticity of Ceramic Mixtures Composed of Glazing Wastes. In Interceram (60/1), pp. 42–47.

Souza, R. G.; Pinho, G.; Sousa, F.J.P.; Fredel, M. C.; Alarcon, O. E. (2012): Effect of Sense and Spacing in Parallel Scratches During Brittle Machining of Stoneware Tiles. In Materials Science Forum (727-728), pp. 640–645.

Conferences

Alarcon, O. E.; Weingaertner, W. L.; Roman, H.; Sousa, F.J.P.; Pereira, M.; Spiller, A.; Tridapalli, D. (2004): Design and development of an apparatus to measure the scratch hardness of ceramic floor tiles. In World Congress of Quality in Ceramic Tiles - Qualicer, pp. 283–295.

Olenburg, A.; Aurich, J.C.; Sousa, F.J.P. (2014): Polishing process of ceramic tiles - influence of tool wear on gloss. In XIII World Congress on Ceramic Tile Quality - QUALICER.

Schneider, F.; Bohley, M.; Lohkamp, R.; Sousa, F.J.P.; Müller, R.; Aurich, J.C. (2014a): Development of a Quick-Stop-Device to investigate chip formation in micro- and nanomachining. In Proceedings of the 14th international conference of the European Society for Precision Engineering & Nanotechnology 2, pp. 91–94.

Schneider, F.; Lohkamp, R.; Sousa, F.J.P.; Müller, R.; Aurich, J.C. (2013): Investigation of the resulting surface in ultra-precision turning of crystalline titanium. In Proceedings of the 13th International Conference of the European Society for Precision Engineering & Nanotechnology 2, pp. 72–75.

Schneider, F.; Lohkamp, R.; Sousa, F.J.P.; Müller, R.; Aurich, J.C. (2014b): Analysis of the Surface Integrity in Ultra-precision Cutting of Cp-titanium by Investigating the Chip Formation. In Procedia CIRP 13 - Proceedings of the 2nd CIRP Conference on Surface Integrity, pp. 55–60.

Sousa, F.J.P.; Aurich, J.C.; Alarcon, O. E.; Weingärtner, W. L. (2012): Viability of discrete tile rotations inside the polishing train. In XII World Congress on Ceramic Tile Quality - QUALICER.

Sousa, F.J.P.; Aurich, J.C.; Weingärtner, W. L.; Alarcon, O. E. (2009): Influence of the scratching radius on the grinding process of glassy ceramics. In 11th International Conference on Advanced Materials.

Sousa, F.J.P.; Hosse, D. S.; Aurich, J.C.; Engels, M.; Weingärtner, W. L.; Alarcon, O. E. (2010): Simulation and analysis of an alternative kinematics for improving the polishing uniformity over the surface of polished tiles. In XI World Congress on Ceramic Tile Quality - QUALICER, pp. 247–252.

Sousa, F.J.P.; Neves, W. F. d.; Alarcon, O. E. (2002): Utilização de resíduo industrial para esmaltação a seco de placas cerâmicas de revestimento. In XV Brazilian Congress of Material Science and Engineering - CBECIMAT 2002, pp. 959–965.

Sousa, F.J.P.; Neves, W. F. d.; Alarcon, O. E. (2003): Estudo da viabilidade de obtenção de isoladores elétricos a partir de resíduo de esmaltação. In XI Journey of Joung Researches of AUGM.

Sousa, F.J.P.; Olenburg, A.; Aurich, J.C. (2011): Simulation of texture distribution during the industrial polishing process of porcelain stoneware tiles. In Proceedings of the 12th Conference of the European Ceramic Society.

Sousa, F.J.P.; Spiller, A.; Tridapalli, D.; Alarcon, O. E. (2005): Influência do ângulo de arraste na dureza ao risco de materiais dúcteis. In razilian Congress of Manufacturing Engineering - COBEF.

Sousa, F.J.P.; Weingaertner, W. L.; Alarcon, O. E. (2008): Computational simulation of the polishing process of stoneware tiles. In World Congress of Quality in Ceramic Tiles - Qualicer, pp. 359–367.

Souza, R. G.; Pinho, G. A.; Fredel, M. C.; Alarcon, O. E.; Olenburg, A.; Sousa, F.J.P. (2011): Influence of scratching angle on brittle machining of porcelain stoneware tiles. In Proceedings of COBEM 2011 - 21st Brazilian Congress of Mechanical Engineering.

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