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THERMO-MECHANICS AND MICROSTRUCTURE EVOLUTION IN MANUFACTURING SIMULATIONS

机译:制造模拟中的热力学和微观结构演变

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摘要

Thermal stresses and deformations are present and important for many manufacturing processes. Their effect depends strongly on the material behavior. The finite element method has been applied successfully for manufacturing simulations. There are numerical challenges in some cases due to large deformations, strong non-linearities etc. However, the most challenging aspect is the modeling of the material behavior. This requires in many cases coupled constitutive and microstructure models.
机译:存在热应力和变形,并且对于许多制造过程而言很重要。它们的效果在很大程度上取决于材料的行为。有限元方法已成功应用于制造仿真。在某些情况下,由于变形大,非线性强等原因,在数值上存在挑战。但是,最具挑战性的方面是材料行为的建模。在许多情况下,这需要耦合的本构模型和微结构模型。

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