ANÁLISIS DEL PROCESO DE FABRICACIÓN POR INYECCIÓN DE PLÁSTICOS PARA LA PRODUCCIÓN DE UN BUJE UTILIZANDO MOLDFLOW (ANALYSIS OF THE OF THE MANUFACTURING PROCESS BY PLASTIC INJECTION FOR THE PRODUCTION OF A BUSHING USING MOLDFLOW)
Resumen
El artículo presenta un estudio sobre la simulación de un buje utilizando el software Moldflow como herramienta de análisis para comprender mejor su comportamiento bajo diferentes condiciones de funcionamiento. Se realizó una investigación detallada de diversos parámetros relacionados con la geometría, material y proceso de fabricación del buje, con el objetivo de optimizar a futuro el diseño y mejorar su rendimiento. Los resultados obtenidos proporcionaron información valiosa para la toma de decisiones en el proceso de diseño y fabricación de componentes similares en el futuro. En general, se observan mejoras significativas en la resistencia y durabilidad del buje al perfeccionar su diseño y material. Además, se identificaron posibles áreas de mejora en el proceso de fabricación que podrían aumentar la eficiencia y reducir los costos. Además, los resultados obtenidos proporcionaron información valiosa para mejorar el diseño y rendimiento de bujes y componentes similares en la ingeniería aplicada.
Palabras Clave: Diseño mecánico, Herramienta digital, Moldflow, Simulación.
Abstract
The paper presents a study on the simulation of a bushing using Moldflow software as a simulation tool to better understand its behavior under different operating conditions. A detailed investigation of various parameters related to the geometry, material and manufacturing process of the bushing was carried out, with the objective of optimizing the future design and improving its performance. The results obtained provided valuable information for decision making in the design and manufacturing process of similar components in the future. In general, significant improvements in the strength and durability of the bushing were observed by refining its design and material. In addition, potential areas of improvement in the manufacturing process were identified that could increase efficiency and reduce costs. In addition, the results obtained provided valuable information for improving the design and performance of bushings and similar components in applied engineering.
Keywords: Digital tooling, Mechanical design, Moldflow, Simulation.
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