Publication: Modelado y simulación de mecanismos con MSC.ADAMS : aplicación a sistemas de rodamiento
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2011-06
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2011-06-15
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Abstract
El presente proyecto trata, como objetivo principal, el modelado y simulación de sistemas de rodamiento empleando el software MSC.Adams. Para la consecución del objetivo principal se ha realizado el análisis cinemático de un rodamiento genérico de anillo exterior fijo y establecimiento de las condiciones que regirán nuestros modelos de rodamiento. También se ha realizado un análisis dinámico de rodamientos de bolas y de rodillos bajo carga radial, presentando las distintas metodologías de cálculo de la distribución de carga. Se realiza el modelado y posterior simulación de modelos multi-cuerpo de rodamiento, uno de 3 bolas de dimensiones libres y otro de 9 bolas de medidas normalizadas (SKF 6206). Por último, se efectúa la comparativa de los resultados obtenidos de las diversas simulaciones realizadas con los dos modelos de rodamiento. _____________________________________________________________________________________________________________
The current project is about bearing systems modelling and simulation using MSC.Adams software as the main objective. To achieve this main objective, it has been carried out kinematic bearing analysis with generic fixed outer ring bearing and establishes conditions that will govern our bearing models. It has been also performed a ball and roller bearings dynamic analysis under radial load, reflecting different methods to calculate load distribution. It has been performed a modelling of multi-body bearing models and its simulation, one of them with 3 balls and other with 9 balls (SKF 6206). Finally, it has been compared results of various simulations with both bearing models.
The current project is about bearing systems modelling and simulation using MSC.Adams software as the main objective. To achieve this main objective, it has been carried out kinematic bearing analysis with generic fixed outer ring bearing and establishes conditions that will govern our bearing models. It has been also performed a ball and roller bearings dynamic analysis under radial load, reflecting different methods to calculate load distribution. It has been performed a modelling of multi-body bearing models and its simulation, one of them with 3 balls and other with 9 balls (SKF 6206). Finally, it has been compared results of various simulations with both bearing models.
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Elementos máquinas, Rodamientos industriales, Mecanismos