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On the accuracy of MoM solutions for RCS and propagation computations

机译:关于MoS解决方案RCS和传播计算的准确性

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By investigating propagation problems for wind turbines, and more in particular near-field RCS computations, we have noticed that sometimes, even stabilized MoM solutions do not behave as expected. In this paper, we will give examples of some RCS computations in different scenarios. We found out that discrepancies in some RCS values are due to the choice of the meshing. Usually, standard meshers like gmsh only take into account one object. Unfortunately, to be accurate, all the positions of all objects have to be taken into account, to allow an accurate interaction between the objects. We will go deeper into the fundamentals of the relation between the accuracy and the mesh size and shape for some canonic problems of which the solution is exactly known.
机译:通过研究风力涡轮机的传播问题,尤其是近场RCS计算,我们注意到有时稳定的MoM解决方案也无法达到预期的效果。在本文中,我们将给出在不同情况下一些RCS计算的示例。我们发现某些RCS值存在差异是由于选择了网格。通常,像gmsh这样的标准网格划分器仅考虑一个对象。不幸的是,为了准确起见,必须考虑所有对象的所有位置,以允许对象之间的精确交互。对于某些已知的经典问题,我们将更深入地研究精度与网格尺寸和形状之间关系的基础。

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