Sentence examples for simulating the average from inspiring English sources
Metal disks were attached near the grinding head of the handpiece, producing a force of 1,000 g, thus simulating the average force applied during dental reduction with powered instruments.
Following the approach of Schwarzer's et al. [ 28], the event rate for the intervention and control arms is modelled by simulating the average event probability of the treatment and control trial arms.
The effect of simulating the average polarization of the molecule within the crystal structure was tested by calculating the distributed multipoles and relative conformational energies using the polarizable continuum model (PCM) implemented in GAUSSIAN03 with ε = 3, a value typical of organic crystals.
When simulating the average American diet, glucose galactose malabsorption (OMIM: 606 824) affected in silico the highest number of metabolic tasks (i.e. 22 out of 50) (Fig. 3), including reduced fluxes through gluconeogenesis from glutamine and the synthesis of gamma-aminobutyric-acid, i.e. GABA from putrescine.
IRI simulates the average ionospheric plasma density, while ground-based GPS measurements monitor ionospheric TEC variations.
It acts to develop software to simulate the average behavior of a beam area in nonlinear elasticity until rupture.
Synthetic stormwater was added to each cell to simulate the average annual runoff of precipitation from a 220 m2 impervious surface in Salt Lake City, UT.
We simulated the average instantaneous throughput for the CUsense and CUpredict with respect to the number of primary slot(s) as illustrated in Figure 14, where the significant performance gap is achieved by employing CSIT prediction modeling.
The speed limit for expressways was standardised at 85 km/h and for arterial streets at 55 km/h, given that PARAMICS models simulate the average travelling speed at 10 km/h higher than the defined values.
The proposed system of models allows to simulate the average flow of goods (Q) and vehicles (VC) by road using generation (for export flows), attraction (for import flows), distribution and vehicle loading models.
The objective of this study is to develop a traffic noise model to simulate the average equivalent sound pressure level at road intersections based on traffic flow and site characteristics, in the city of Cartagena de Indias (Cartagena), Colombia.
