Estudio de resistencia estructural de accesorios de carga para la construcción
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2018-07-23
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En este Trabajo Fin de Grado, se ha aplicado el método de cálculo mediante elementos finitos al estudio y optimización de un elemento industrial real. De esta manera, se pretende ofrecer una introducción general al gran campo de los elementos finitos y los materiales de construcción. Como objetivos se presentarán dos propuestas para mejorar el modelo original. También para poder adentrarse en este mundo y conocerlo, la empresa permitió estar presente en una de las pruebas de carga que la propia empresa realiza al cajón.
Posteriormente se realizó el diseño del modelo en Catia V5 y su estudio en Abaqus CAE. Finalmente, después de analizar y comparar los resultados del ensayo simulado y el experimental se llega a la conclusión de que ambas mejoras propuestas podrían satisfacer mejor las necesidades de la empresa.
In this dissertation, the method of calculation by finite elements has been applied to the study and optimization of a real industrial element. In this way, it is intended to offer a general introduction to the large field of finite elements and construction materials. The proposals to improve the original model will be presented as objectives. Also, to be able to go in dept into this world and know it, the Company allowed us to be present in one of the load tests that the company carries out in the crate. Subsequently, the design of the model was made in Catia V5 and its study in Abaqus CAE. Finally, after analysing and comparing the results of the simulated and experimental tests, it is concluded that both proposed improvements could better meet the needs of the company.
In this dissertation, the method of calculation by finite elements has been applied to the study and optimization of a real industrial element. In this way, it is intended to offer a general introduction to the large field of finite elements and construction materials. The proposals to improve the original model will be presented as objectives. Also, to be able to go in dept into this world and know it, the Company allowed us to be present in one of the load tests that the company carries out in the crate. Subsequently, the design of the model was made in Catia V5 and its study in Abaqus CAE. Finally, after analysing and comparing the results of the simulated and experimental tests, it is concluded that both proposed improvements could better meet the needs of the company.