/ RECTIFICADO Figura 4, que facilite su uso, permite la recomendación rápida y sencilla de la muela que mejor se ajusta a las esp Agradecimientos Con sof ecificaciones de la aplicación de rectificado definida. el objeto de definir el algoritmo de funcionamiento del tware se han definido por cada una de las variables de salida las tablas correspondientes que la relacionan con las variables de entrada a considerar. Estas tablas confor- man la base de datos del software, sobre las cuales se ha definido su código de actuación mediante el software Los autores agradecen al Gobierno Vasco la ayuda ofrecida al proyecto Abrasel (IG- 2011-0000011), así como a la empresa Abrasivos Unesa S.L. su participación e implica- ción en el desarrollo del proyecto. Matlab./ Referencias [1] Fernández, R. & Iriarte, A. & Puerto, P. & Gallego, I. & [17] Krar, S., Grinding Technology, Delmar Publishers, 1995, Arrazola, P.J., Analysis of the behavior of grinding wheels Albany (USA). in surface grinding, 4th Manufacturing Engineering [18] Pelaez, J., Maquinas Herramienta Auxiliares, Cedel, 1993, Society International Conference, 2011, Cadiz. Barcelona (España). [2] Malkin S. & Guo C., Grinding Technology: Theory and [19] East, W. R., Developments in Abrasive Products, Foundry Applications of Machining with Abrasives, Industrial Management and Technology, v 116, n 8, p 58-64, 1988. Press, 2008, New York (USA). [20] Rooney, G. G., Selection of Wheels for Modern JIG Grin- [3] Li, Y. & Mills B. & Rowe W. B., An intelligent system for ding, The Carbide and Tool Journal, v 17, n2, p 2-4, 1985. selection of grinding wheels, Proceedings of the Institu- [21] Información técnica, tion of Mechanical Engineers, v 211, n 8, p 635-641, 1997. http://www.nortonabrasivos.es/documentos/ [4] Zhu, C. B. & Midha, P. S. & Trmal, G. J. Development of biblioteca/archivo_54.pdf, Abrasivos Norton. Knowledge Based Abrasive Wheel Selection System using [22] Sepúlveda, E., Propiedades Mecánicas de los Materiales a Proprietary Expert System Shell, Proceedings of 4th de Muelas Abrasivas Convencionales, 7th Inter-American International Congress on Condition Monitoring and Diag- Conference on Materials, p 439-445, 1981. nostic Engineering Manufacturing, p 318-325, 1992. [5] Nakajima, T., A New Standard for Proper Selection of [23] Smits, C., A Grinding Principles and Practice (A Machining Grinding Wheels in Plunge Grinding Operation, Annals of Xcellence TM Course), TechSolve, 2003, Cincinnati (USA). the CIRP, v 27, n 1, p 249-253, 1978. [24] Hodges, K., Selecting Abrasive Wheels for Cylindrical [6] http://www.cumi-murugappa.com/abrasives/gws.php Grinding, Foundry Trade Journal, v 160, n 3332, p 150-152, [7] Anon., Grinding Wheel Selection, Metalworking Produc- 1986. tion, v 141, n 6, p 53-58, 1997. [25] Fan, K.C. & Lee, M.Z. & Mou, J.I., On-Line Non-Contact [8] Hodges, K., Selecting Abrasive Wheels for Cylindrical Grin- System for Grinding Wheel Wear Measurement, The ding, Foundry Trade Journal, v 160, n 3332, p 150-152, 1986. International Journal of Advanced Manufacturing Tech- [9] Practical method of selecting grinding wheels for tool nology, v 19, n 1, p 14-22, 2002. steels, 1970. [26] Young, H. & Chen, D., Online Dressing of Profile Grinding [10 Li, Y. & Mills B. & Rowe W. B., An intelligent system for Wheels, The International Journal of Advanced Manufac- selection of grinding wheels, Proceedings of the Institu- turing Technology, v 27, n 9-10, p 883-888, 2006. tion of Mechanical Engineers, v 211, n 8, p 635-641, 1997. [27] Brinksmeier, E. & Werner F., Monitoring of Grinding Wheel [11] Fukuda, T., Correct Selection of Superabrasive Wheels, Wear, Annals of the CIRP, v 41, n 1, p 373-376, 1992. Industrial Diamond Review, v 63, n2, p 19-23, 2003. [28] Handigund, P.B. & Miller, M.H., Abrasive Wear and Forces [12] Malm, B., A Technical Approach to Grinding Wheel in Grinding of Silicon Carbide, Proceedings of the Ameri- Selection, Iron and Steel International, v 54, n 3, p 149- can Society for Precision Engineering (ASPE) Annual 156, 1981. Meeting, p 413-416, 2001. [13] Anon., Practical method of selecting grinding wheels for [29] Marinescu I.D. & Rowe W.B., Tribology of Abrasive Machi- tool steels, Norton Company, Grits and Grinds, v 61, n 6, ning Processes, William Andrew Publishing, 2004, p 3-11, 1970. Norwich (USA). [14] Anon., Tips for Selecting Abrasive Wheels, Metabo Corpo- [30] Badger, J. A., The Book of Grinding, 2010, Texas (USA). ration, Welding Journal, v 81, n5, p 33-34, 2002. [31] [Su06] Su, J. C. & Tarng, Y.S., Measuring Wear of the [15] Jackson, M. J. & Wakefield, R. T., Materials Selection Grinding Wheel Using Machine Vision, The International Applied to Vitrified Corundum Grinding Wheels, British Journal of Advanced Manufacturing Technology, v 31, p50- Ceramic Transactions, v 100, n 5, p 229-236, 2001. 60, 2006. [16] Wilson, J. V., What You Should Know About Grinding [31] [Su06] Su, J. C. & Tarng, Y.S., Measuring Wear of the Grinding 22 / Wheels, Manufacturing Engineering, v 78, n 6, p 40-44, Wheel Using Machine Vision, The International Journal of 1997. Advanced Manufacturing Technology, v 31, p50-60, 2006.