Sentence examples for by numerical approach from inspiring English sources

The forced vibration of such an oscillator is treated by numerical approach, by using the time locating techniques.

With the control law designed, nonlinear effects of freeplay in the control surface and time delay between the control input and actuator are investigated by numerical approach.

These results are obtained by numerical approach based on the finite volume method and supplement steady state correlations presented in previous works validated experimentally.

In recent years, efforts have been made to improve the conventional analytical and experimental models by numerical approaches.

As previously presented, a small amount of researches are available in the literature concerning the viscoelastic modelling of fracture mechanics problems by numerical approaches based on the BEM.

Note that the mechanisms of dislocation development with the presence of imperfections and grain boundaries in nano-indentation processes are investigated by numerical approaches in the literature.

In this case, some of these nonlinear equations can be solved by numerical approaches, while some others are solvable using various analytical methods such as Perturbation method (PM) (Bhatti and Lu 2017), Collocation method (CM) (Rahimi et al. 2017; Atouei et al. 2015), Homotopy perturbation method (HPM), and Variational iteration method (VIM).

Due to this fact the RTE is usually solved by numerical approaches such as the Monte Carlo method [ 5], the discrete ordinate method [ 6], the finite-element method [ 7] or is approximated by the diffusion equation [ 8].

The aim of this study was to optimise the thermal performance of a heating product by a numerical approach, by analysing several opposing requirements and defining solutions for the identified limitations, before the construction of the first prototype.

As it is not possible to evaluate an explicit relationship between the applied Y values and the corresponding measurement, the sensitivity analysis is performed by a numerical approach, by means of which the results of FEM model simulations are used to evaluate how disturbances and parametric uncertainties of the system affect the reliability and the precision of the measurement.

Experimental results are assessed by a numerical approach using computational fluid dynamics (CFD).