From the numerical characterization of the nozzle flow, new facility performance envelopes have been generated providing analytical correlations between the relevant aerothermodynamic parameters at the nozzle exit plane and the input facility operation conditions.
Comparison between CFD simulation by ANSYS Fluent and well-established analytical correlations is carried out and importance of entrance effect is emphasized.
This simple way of treating the data reveals, better than the raw analytical values, a correlation between solutions coming from the washing of coins and near-to-coin soil samples.
The validity of the proposed analytical method, with respect to failure mode and ultimate strength for the hybrid deck, was confirmed through the close correlation between analytical and experimental results.
The analytical curve for the correlation between the rhynchophorol/IS areas was constructed.
Good correlation between analytical model and experimental results was observed throughout all frequency range of investigation.
Moreover, we provide an analytical expression of the correlation between subcarriers and we analyze its effects on the system transmission's performance.
As predicted by the proposed analytical technique, a distinct correlation between the chosen frequency band and the simulated wave arrival time and amplitude reduction is found.
The fundamental frequency of the beams was predicted using simple analytical models and good correlation between the test results and predicted values could be obtained.
By applying mass flow rate sinks at each valve as identified, the correlation between analytical and experimental results is shown to be much better than if the idealized, kinematically obtained source functions are used instead.
