Sentence examples for implement numerical simulations from inspiring English sources

In the community of pattern dynamicists, there may be a demand for a software platform circumventing the programming burden required to implement numerical simulations of biologically-relevant pattern-forming systems.

In order to implement numerical simulation of the thermal mechanical behaviors in the nuclear fuel rods, a three-dimensional finite element model is established.

In this study, a new mesh-free method developed from the moving Kriging (MK) interpolation is employed to implement numerical simulation of mechanical properties of SWCNTs under axis-symmetrical loadings.

In order to study the influence of perforation erosion on multiple growing hydraulic fractures, we combined the solid fluid coupled model of hydraulic fracture growth with an empirical model of perforation erosion to implement numerical simulation.

This study aims to implement numerical simulation of the high-resolution azimuthal resistivity laterolog (HARL), in order to combine the radial detection of dual laterolog and azimuthal detection around the borehole, and then corresponding logging response characteristics and identification method of fractures are investigated to aid fractured reservoir evaluation.

For this reason, we implemented numerical simulations and compared the results with the distribution of impact craters to judge which initial conditions are most plausible for reproducing the existing distribution of impact craters.

Yang et al. [21] and Li et al. [22] implemented numerical simulations for staggered impellers and illustrated that a suitable stagger angle may reduce the amplitude of pressure fluctuations.

It extends an earlier proposed basic design concept by the authors for the evaluation of the survivability of surface combatants by semi-empirical naval ship stability criteria, by introducing modern assessment methods for ship's behaviour after flooding, namely by implementing numerical simulation tools for assessing the risk after flooding.

In this paper we implement TCAD numerical simulations to analyze the performance of MWT cells with a point busbar or a continuous busbar at the back side.

Due to the computational cost of the fully three-dimensional shape optimization problem, we implement our numerical simulations using a parallel level set method software package.

To investigate the absorption performance of the designed structure, we implement the numerical simulations using two-dimensional FDTD.