Finally, it is worth noting that numerical simulations can
model complex but rather perfect configurations. Hence, a more
general conclusion of this paper (and of the whole HIRF-SE
project) is that, at aircraft certification level, the numerical results
have to be postprocessed in such a way that they show
the same level of uncertainty as real life measurements. This
means that the same level of approximation as the one implicitly
provided by the measurement sensors should be applied on
simulations. This implies, for example, averaging the calculated
fields in a volume similar to the probe size and averaging the
calculated results in the resonance region with a pass-band filter,
in order to account for positions of the probe, that are not fully
under control.
Finally, it is worth noting that numerical simulations canmodel complex but rather perfect configurations. Hence, a moregeneral conclusion of this paper (and of the whole HIRF-SEproject) is that, at aircraft certification level, the numerical resultshave to be postprocessed in such a way that they showthe same level of uncertainty as real life measurements. Thismeans that the same level of approximation as the one implicitlyprovided by the measurement sensors should be applied onsimulations. This implies, for example, averaging the calculatedfields in a volume similar to the probe size and averaging thecalculated results in the resonance region with a pass-band filter,in order to account for positions of the probe, that are not fullyunder control.
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