Sentence examples for numerical modeling technique from inspiring English sources

The finite element method (FEM) has been a standard numerical modeling technique extensively utilized in structural engineering discipline for component design of micro-accelerometer.

The numerical modeling technique is given, as well as the results verification of the data obtained during the aerodynamic experiment in wind-tunnel.

It is shown that the employed numerical modeling technique can successfully predict the behaviour of the RC beams under mechanical load, fire and fire followed by mechanical load.

This paper would give the academic knowledge for developing electron sources with narrow dimension providing an analytical approach followed by numerical modeling technique for virtual prototypes, which foresee the global behavior of this kind of devices while operating.

To investigate the effect of grouting on the response of proposed reinforcement details a numerical modeling technique was developed based on the infilled-frame concept and calibrated with the experimental behavior of considered walls.

In order to address this fundamental difficulty and avoid the need to resolve all the small-scale branches of the fractal, a new numerical modeling technique called renormalized numerical simulation (RNS) is introduced.

Section Numerical modelling includes the modeling technique and the modeling of antenna and near field interactive devices.

In these examples, computational stability in space and time is shown for several goal functionals, which demonstrates reliability of numerical modeling and algorithmic techniques.

Being a complex problem, an integrated approach of numerical modeling coupled with geospatial techniques (such as remote sensing and geographic information system (GIS)) is required for simulation.

See Tables 1 and 2. Numerical reservoir simulation is a modeling technique greatly used in the development, forecasting, and prediction of productivity of reservoirs to obtain higher recoveries.

For this purpose, a Voronoi-based atomistic modeling technique is used to obtain numerical models of the proposed hybrid structures and their mechanical properties under tensile and compressive loading conditions are investigated by classical molecular dynamics.