Sentence examples for both simulations were performed from inspiring English sources

Both simulations were performed with the same model size of (3000 times 2400 times 600) grid points with a discretization of 0.25 km in space and 0.01 s in time.

The both simulations are performed simultaneously in each domain and the bounded data are frequently exchanged each other to keep the consistency between the models.

In both rounds, simulations were performed for circadian temperature cycles, linear temperature shifts starting from 30°C steady-state conditions and batch cultures grown at 12, 18, 24 and 30°C (temperature profiles are illustrated in Figure 1).

Both series of simulations were performed with a set of 100 trees containing 100 species each, a data set that mimics the group of NUTs (102 trees with 90 100 species) (Puigbo et al. 2009).

Both objective and subjective simulations were performed which show that ADWMF outperforms conventional methods.

In order to better understand the fundamental mechanisms at the transition between both regimes, idealized atomistic simulations were performed.

Both FLUKA and Geant4 simulations were performed to define the optimum detector geometry for beam energies ranging from 5 MeV to 150 MeV.

Both normal and off-normal simulations were performed using detailed electromagnetic and neutron heating load maps as input, and evaluating operational quantities such as the temperature margin in burn conditions, and the hot spot temperature in quench conditions.

The docking simulations were performed both with the AutoDock4 [41] and AutoDock Vina [42] packages, with the aid of the AutoDockTools interface.

Simulations were performed for both the detailed and simplified models.

Simulations were performed using both Energy Plus and TRNSYS software.