Sentence examples for evolution of the simulations from inspiring English sources

Fig. 11 Temporal evolution of the simulations for cases (4) and (6), with the same parameters settings as shown in Fig. 7, except that (w_{0} = 0).

Pulsating detonations propagating in circular and square tubes were numerically investigated with a two-step reaction model by Korobeinikov et al. The time evolution of the simulation results was utilized to reveal the propagation mechanism of pulsating detonation.

In Fig. 4 we show a dynamic picture of how groups form and split over the evolution of the simulation.

Hence, the model can be imported into the BetaWB designer, or directly simulated by means of the BetaWB simulator; the time-evolution of the simulation can be visualised by means of the BetaWB plotter or the Snazer tool [ 30].

Evolutionary computation (EC) paradigm has undergone extensions in the recent years diverging from the natural process of genetic evolution to the simulation of natural life processes exhibited by the living organisms.

Spinning detonations propagating in a circular tube were numerically investigated with a two-step reaction model by Korobeinikov et al. The time evolutions of the simulation results were utilized to reveal the propagation behavior of single-headed spinning detonation.

Additionally, the fast-light approximation has also been adopted in this study, i.e., it is assumed that the light-crossing timescale is shorter than the dynamical timescale of the GRMHD simulation and the dynamical evolution of the GRMHD simulation as light rays propagate through it is not considered.

So, in order to better illustrate the gain of this method in terms of visual perception, we compared the displayed image in two cases: with and without ROI differentiation, with the channel conditions evolution of the previous simulation.

Thorough exploration of the conformational space available to the interacting DOR protomers was verified by monitoring the evolution of the CVs during simulations.

We show the evolution of the PoP during the simulations for selected elements in representative mutants in Figure 4. Figure 4-A describes a simple situation in which deletion of the gene encoding ferrochelatase (is-hem15) leads to an increase in the PoP of protoporphyrin IX, the substrate of the enzyme, paralleling the situation occurring in vivo in the corresponding biological mutant [ 40].

In order to follow the evolution of the performance during the simulation time, the consumption of each component of an architecture was written into an XML file that serves as a data source for a reporting engine that generates a consumption report.