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Estudio de caso sobre la aplicación del diseño generativo a ruedas dentadas
Matúš Virostko1, Silvia Maláková1, Melichar Kopas1
1Department of Engineering for Design of Machines and Transport Equipment, Faculty of Mechanical Engineering, Technical University of Kosice, Letna No. 9, 042 00 Kosice, Slovakia.
Materials (Basel, Switzerland)
|February 13, 2026
Resumen
El diseño generativo reduce significativamente la masa de los engranajes rectos hasta en un 45,68 % manteniendo la rigidez. Las restricciones de fabricación influyen críticamente en los diseños de engranajes optimizados, guiando la selección de tecnología para mejorar el rendimiento.
Sus antecedentes:
- El diseño generativo ofrece potencial para optimizar la geometría de los componentes.
- La integración de las restricciones de fabricación es crucial para las aplicaciones prácticas del diseño generativo.
- Los engranajes rectos son componentes críticos que requieren un diseño eficiente y robusto.
Conclusiones:
- Las restricciones de fabricación son variables clave en el diseño generativo, que influyen significativamente en la geometría y la respuesta mecánica.
- El diseño generativo proporciona una metodología viable para la optimización en las primeras etapas de los cuerpos de engranajes.
- El estudio apoya la toma de decisiones informadas sobre la selección de tecnología de fabricación para componentes optimizados.
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