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The pole expansions yield corrections that remove maximal errors of low order, introduced by singular behaviour of the integrands as the evaluation point approaches the poles.
In Example 2, the maximal errors of the numerical solutions at different time t for Scheme III are listed on Table 3.
The maximal errors of the numerical solutions under various mesh steps (h=tau) at (t=10) are listed on Table 2.
The model study has proved that maximal errors of tidal volume division are less than 10% in a wide range of division ratio and PEEP value, which is acceptable in clinical practice.
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The predicted results are in good agreement with the measurements with a maximal error of 12%.
The experimental results show that the part-load GT-Power models have sufficient prediction accuracy, with maximal error of 8.5%.
The correction term is statistically significant (F-test), and it reduces the average error and maximal error of the prediction by a factor of two.
After rigid registration of the resulting volumes, we measured a maximal error of 0.39 mm and 0.15° in translation and rotation, respectively.
The numerical model is able to predict the air outlet temperature, with an maximal error of 1.33% compared to experimental data for different inlet temperature and humidity values.
The non-modelling of ionospheric residuals introduces a maximal error of 28 cm in the x component and 25 cm in the z component.
The maximal error of neglecting the spatial dispersion of wind speeds reached 10.96 MW, the average value was 4.46 MW, and the standard deviation of the errors was 2.41 MW.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com