Sentence examples for components were simulated from inspiring English sources

Diffuse background noise components were simulated using the method proposed in [50].

In the integrated model, the dynamic interactions between NHK and the various ECM components were simulated using both biological rules at the cellular level and the COPASI model at the sub-cellular level, however the COPASI model was given a higher priority than the cellular rules.

At this level, the behavior of components is simulated cycle by cycle using an architectural level simulator.

The integrated module considering the simplified system components is simulated in 3D, considering the multiphysics that occur within each component.

Firstly, a cluster of components was simulated using three rotating cylinders, as a simple representation of coating multiple blades.

The influence of elevated operating temperature on the fatigue strength of autofrettaged and non-autofrettaged components was simulated for intersecting hole specimens applying fracture mechanics based approaches of various complexity.

In addition, γ′ precipitation in a third-generation Ni-base superalloy containing eight components is simulated in one dimension with anti-phase effects of the γ′ phase on the precipitate interactions.

Except of electric drive, energy storages, DC/DC-converter and auxiliary load all drive train components are simulated by the Modelica hybrid DMU model introduced before.

We now analyze the performance of the proposed diffuse PSD estimator while varying the number of estimated simultaneous arriving plane waves (hat {L}) that might differ in practice from the actual number of directional sources L. For this experiment, four directional sound components are simulated.

A composite with two components was simulated with a correlation between the two components of ρ = 0.10 (estimated using cardiovascular outcomes from the HOPE trial [ 28], unpublished data).

The observation noise component was simulated as baseline-dependent in order to be consistent with the set-up used in the simulations that were carried out during the studies of the requirements and capabilities of VGOS (Petrachenko et al. 2009).