XI Conferencia Científica Internacional de Ingeniería Mecánica
COMEC 2023
VI Simposio de Diseño e Ingeniería asistida por computadora, Biomecánica y Mecatrónica
Resumen
El diseño de herramientas y elementos conformados exige un alto nivel de conocimientos interdisciplinarios y experiencia industrial por parte de los diseñadores. Actualmente se están utilizando planificadores de procesos, la simulación numérica y técnicas de inteligencia artificial en el diseño de esas herramientas para reducir la complejidad, minimizar la dependencia de la experiencia humana y el tiempo empleado en el diseño de piezas y herramientas. En el presente trabajo, a partir de la consulta a expertos y del análisis de la bibliografía disponible, se propone la estructura general del sistema para la planificación de la producción, se describe la interrelación y alcance de los módulos y, por último, se aplican los resultados teóricos a varios casos industriales. Los resultados obtenidos son satisfactorios y constituyen el primer eslabón para la concepción de sistemas de planificación de la producción con ayuda de la computación aplicados al diseño de herramientas para procesos de conformación
Abstract
The design of tools and formed elements requires a high level of interdisciplinary knowledge and industrial experience on the part of the designers. Currently, process planners, numerical simulation and artificial intelligence techniques are being used in the design of these tools to reduce complexity, minimize dependence on human expertise and time spent in the design of parts and tools. In this work, based on the consultation of experts and the analysis of the available literature, the general structure of the system for production planning is proposed, the interrelation and scope of the modules is described and, finally, the theoretical results are applied to several industrial cases. The results obtained are satisfactory and constitute the first link for the conception of computer-aided production planning systems applied to the design of tools for forming processes
Sobre el ponente
Dr. José Roberto Marty Delgado
Professor Marty Delgado work as full professor at Mechanical Engineering Department, Faculty of Mechanical Engineering since 1985. He also obtained the Master Science Degree in 1995 and PhD in 1999, both in the field of mechanical engineering. Nowadays is Titular Professor at Central University “Marta Abreu” of las Villas, Cuba. He is author and co-author of several paper published in domestic and international journals or presented on various international conference. The main areas of scientific interest and activity are sheet metal forming, simulation, forming limit diagrams, metal forming technologies, mechanical vibrations and e learning. He was awarded several prices and other relevant recognition. He has completed a postdoctoral fellowship in the field of incremental sheet metal forming.
Discussion
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