Sentence examples for displacement simulation from inspiring English sources

It takes advantage of multiprocessor architectures, first to pre-compute the closure equations linking local flow velocity to local pressure gradient, prior to running the displacement simulation, and second, to solve the non-linear pressure equation by sampling multiple choices of relaxation parameters.

The displacement simulations using unconditional sequential Gaussian simulation generated data as input were compared to the displacement simulations using the actual experimental data as input in order to evaluate the effectiveness of unconditional sequential Gaussian simulation for these applications.

Two-phase displacement simulations were performed in one and two dimensions for several organic liquid-water systems.

Miscible displacement simulations carried out in both networks show that the reduced network behaves similar to the original one.

Thus, improved methods for the estimation of the relative permeability to the organic liquid are needed to reduce the uncertainty in displacement simulations.

Bottom: simulated crown displacements (simulation runs with a=1, α→∞, and distance-decreasing use efficiency).

A mean-size foam-bubble conservation equation, along with the traditional reservoir/groundwater simulation equations, provides the foundation for our mechanistic foam-displacement simulations.

We have evaluated the method in terms of accuracy and precision of displacement measurements, simulation of traction force recovery, simulation of displacement noises effect, assessment of effects of FE mesh size, and simple bootstrapping.

In order to obtain the probability density function of the displacement, Monte Carlo simulation was used.

The displacement tracking simulations demonstrated that these changes in the displacement distributions can be detected using only a few of the array elements in the tracking mode but the exact size of the lesion can not be detected accurately.

Material deformations and the influence of coating thickness and elastic modulus were analysed by three-dimensional finite element method (FEM) modelling on microlevel, by stress, strain, and displacement computer simulations and by experimental studies with a scratch tester.