The effect of the deviation angle θ for various values of the translation positioning deviation Δ y is presented in Fig. 14a.
In [11] it was proved that the effect of the deviation from the original behavior of an algorithm with feedback loops can be modelled by adding an affine form to each signal at each simulation time instant.
However, in this paper, we simplify the model using the flow (7) with a constant viscosity, and we investigate the effect of the deviation from the Poiseuille flow (6) by changing the flow parameter δ from zero to around unity.
Open image in new window Fig. 10 Effect of well deviation on the cuttings transport ratio in the concentric annulus (foam quality = 90%%). Figure 11 shows the effect of the deviation angle on the distribution of the cuttings volume fraction in the concentric annulus under the non-rotating condition.
In particular, the effect of the deviation from the reference conditions of fuel utilization, gas temperature spring in fuel cell stack, anode off-gas recirculation rate, air inlet temperature and external pre-reforming reaction extent is analyzed.
Open image in new window Fig. 11 Effect of the deviation angle on the cuttings volume fraction in the concentric annulus (fluid velocity = 5 ft/s, foam quality = 90%%, no pipe rotation).
Although several other studies have made risk assessments for patients with GNB, this is, to our knowledge, the first observational study to evaluate the effect of the deviation from a reference level of blood glucose concentration on outcome in this population.
To investigate the effect of truncation, the deviation in percentage between the full FOV and small FOV data was calculated for each segment.
The effect of slope gets stronger for higher standard deviations of elevation and the effect of the standard deviation of elevation, measuring the variation of elevation within a sub-watershed, gets stronger for steeper slopes.
