深地基有限元建模的考虑。导艇交互点离散网格生成中的控制仪表

Adrian Ghencea
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引用次数: 0

摘要

本文旨在给这个叫做Subregion的工具一个较少理论而更实际的定义,从这个定义可以具体展示直接控制刮刀板的刚度而不给飞行员的头部带来额外的自重负荷的优势。因此,将对深层地基进行分析。Subregion在有限元建模中非常有用,因为它可以帮助定义帽,而不会破坏瓷砖元素的连续表面。这方面的内容将在本文中详细介绍,这种使用子区域的建模可以产生高性能的计算模型,从文件大小的角度来看是最优的。从实践中,作者将提出两个案例研究,总结计算精度与结果水平上可能误差的数量之间的最佳比例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Finite Element Modeling Considerations of Deep Foundations. The Control Instruments in the Discretization Mesh Generation at the Pilot-Raft Interaction Point
The article aims to give a less theoretical and more practical definition to the tool called Subregion, from which the advantage of directly controlling the stiffness of the scraper slab without bringing an additional load of its own weight to the pilot's head can be concretely demonstrated. Deep foundations will therefore be analyzed. The Subregion is extremely useful in finite element modeling because it helps define caps without breaking the continuous surface of tile elements. This aspect will be covered in detail in the article, such modeling with Subregions leads to high-performance computational models, optimal from the point of view of file sizes. From practice, the author will present two case studies, concluding on the optimal ratio between the precision of the calculations and the volume of probable errors at the level of the results.
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