Diseño de un troquel de corte y punzonado para obtener la brida de una resistencia eléctrica
Fecha
2017
Autores
Izquierdo Daniel, Yunaiquer
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Editor
Universidad Central "Marta Abreu" de Las Villas. Facultad de Ingeniería Mecánica e Industrial. Departamento de Ingeniería Mecánica
Resumen
En el trabajo de diploma se muestra el resultado de una búsqueda bibliográfica acerca del diseño de troqueles de corte y punzonado, con el objetivo de tener documentación para realizar el diseño de uno, con el cual se obtendrá la brida de una resistencia eléctrica. Para el desarrollo de esta tesis se emplea una metodología para el diseño de troqueles de corte y punzonado siguiendo una secuencia de pasos establecidos por la guía de diseño de Troqueles presentada por la Dr. Ing. Guiselda Fernández Levy. Se hace mención del Compendio de Normas Cubanas para la conformación de metales para la selección de los elementos normalizados. Una vez llevado a cabo el diseño del troquel de corte y punzonado por la metodología propuesta se presenta el plano de ensamble del troquel de corte y punzonado, así como el dibujo de la especificación técnica de cada elemento que lo conforman mediante el uso del software de dibujo Solid Works logrando con este programa una mayor fiabilidad en el diseño. También se realiza el cálculo de los costos incurridos en el diseño a través del análisis Costo-Beneficio (B/C), lo cual es, una herramienta financiera que mide la relación entre los costos y beneficios asociados a un proyecto de inversión con el fin de evaluar su rentabilidad.
The diploma work shows the result of a bibliographical search on the design of cutting and punching dies, with the objective of having documentation for the design of one, with which the ridge of an electrical resistance will be obtained. For the development of this thesis is used a methodology for the design of cutting and punching dies following a sequence of steps established by the Diesels design guide presented by Dr. Ing. Guiselda Fernández Levy. Reference is made to the Compendium of Cuban Standards for Formulation of Metals for the Selection of Standard Elements. Once the design of the cutting and punching die has been carried out by the proposed methodology, the assembly plane of the cutting and punching die is presented, as well as the drawing of the technical specification of each element that conforms it with the software De Drawing Solid Works Achieving with this program a greater reliability in the design. The calculation of costs incurred in the design is also done through Cost-Benefit Analysis (B / C), which is a financial tool that measures the relationship between the costs and benefits associated with an investment project to evaluate its profitability.
The diploma work shows the result of a bibliographical search on the design of cutting and punching dies, with the objective of having documentation for the design of one, with which the ridge of an electrical resistance will be obtained. For the development of this thesis is used a methodology for the design of cutting and punching dies following a sequence of steps established by the Diesels design guide presented by Dr. Ing. Guiselda Fernández Levy. Reference is made to the Compendium of Cuban Standards for Formulation of Metals for the Selection of Standard Elements. Once the design of the cutting and punching die has been carried out by the proposed methodology, the assembly plane of the cutting and punching die is presented, as well as the drawing of the technical specification of each element that conforms it with the software De Drawing Solid Works Achieving with this program a greater reliability in the design. The calculation of costs incurred in the design is also done through Cost-Benefit Analysis (B / C), which is a financial tool that measures the relationship between the costs and benefits associated with an investment project to evaluate its profitability.
Descripción
Palabras clave
Control de Calidad, Diseño de Troqueles