Finite element model data post-processing: Difference between revisions
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[[Finite Element Method|Finite element models]] (FEM) are nowadays used to calculate complex structures and mechanical systems. Since the grown calculation capacity of computers makes it possible to make more and more detailed [[Finite Element Method|finite element models]], the file output of these programs can be enormous. It can be so large that you need to ''post process'' this data. Postprocessing may be defined as the “art of results representation”. |
[[Finite Element Method|Finite element models]] (FEM) are nowadays used to calculate complex structures and mechanical systems. Since the grown calculation capacity of computers makes it possible to make more and more detailed [[Finite Element Method|finite element models]], the file output of these programs can be enormous. It can be so large that you need to ''post process'' this data. Postprocessing may be defined as the “art of results representation”. |
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Post processing of finite element data generally requests additional software to organize the output such that it is easily understandable whether the construction is acceptable or not.<ref>J.Y.Lee and S-Y.Ahn,Interactive visualization of elasto-plastic behavior through stress paths and yield surfaces in finite element analysis, Finite Element in Analysis and Design, 47(2011), pp496-510</ref> It can include checks on the codes and standards to which the construction must comply e.g. the [https://femds.com/Panel_check_software.aspx check of panel stiffened structures]. Writing this software is part of the [[knowledge-based engineering]] principle. |
Post processing of finite element data generally requests additional software to organize the output such that it is easily understandable whether the construction is acceptable or not.<ref>J.Y.Lee and S-Y.Ahn,[https://pdfs.semanticscholar.org/7046/d3e729da7a638908c7c9d212c71a3890aa8a.pdf Interactive visualization of elasto-plastic behavior through stress paths and yield surfaces in finite element analysis], Finite Element in Analysis and Design, 47(2011), pp496-510</ref> It can include checks on the codes and standards to which the construction must comply e.g. the [https://femds.com/Panel_check_software.aspx check of panel stiffened structures]. Writing this software is part of the [[knowledge-based engineering]] principle. |
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==References== |
==References== |
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Revision as of 17:06, 7 June 2019
Finite element models (FEM) are nowadays used to calculate complex structures and mechanical systems. Since the grown calculation capacity of computers makes it possible to make more and more detailed finite element models, the file output of these programs can be enormous. It can be so large that you need to post process this data. Postprocessing may be defined as the “art of results representation”.
Post processing of finite element data generally requests additional software to organize the output such that it is easily understandable whether the construction is acceptable or not.[1] It can include checks on the codes and standards to which the construction must comply e.g. the check of panel stiffened structures. Writing this software is part of the knowledge-based engineering principle.
References
- ^ J.Y.Lee and S-Y.Ahn,Interactive visualization of elasto-plastic behavior through stress paths and yield surfaces in finite element analysis, Finite Element in Analysis and Design, 47(2011), pp496-510