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Both one- and two-dimensional results are presented.
Three-dimensional results are compared with available data from 2D cross-section simulations.
Two- and preliminary three-dimensional results are reported in the actual range of experimental conditions.
Some of these multi-dimensional results are new even in the unweighted case.
Preliminary three-dimensional results are also shown in which subsonic flow over a business jet is computed.
The non-dimensional results are obtained for specific value of grading index (n = 1) by considering different material property divisions of 25, 50, 100 and 200.
Three-dimensional results are compared with the results of a two-dimensional axisymmetric model to explore the three-dimensionality of the backstreaming flow field.
Finally, three-dimensional results are compared with test results for a rectangular waveguide for which experimental data has been obtained with the explicit purpose of code-validation.
Maximum and average differences of various higher-order plate theories and three-dimensional results are also presented with the aim of providing useful guidelines on the choice of appropriate plate theory to get a desired accuracy on frequency parameters.
The two-dimensional results are important in the study of complicated three-dimensional fields, as the near-fields often contain a region in which the field is two dimensional.
The three-dimensional results were created by the PyMol molecular graphics system [ 33].
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com