Sentence examples for approximation allows one from inspiring English sources

The example of the real tire is studied using the finite element solution for the quasi-static contact pressure distribution; its analytic approximation allows one to compute the dry friction model coefficients.

While this approximation allows one to use a large range of theoretical schemes, the obtained theoretical figures cannot be rigorously compared with experiment, notably because CN x derivatives undergo strong deformations after absorption, which make the constant geometry assumption an inadequate hypothesis.

The first algorithm replaces the potential in the eigenvalue problem by a piecewise-constant approximation, which allows one to solve analytically the corresponding ordinary differential equation.

In a good approximation, the first capacitor allows one to change the electronic resonance frequency ωLC of the circuit to adjust it to the nuclear spin Larmor frequency ω0, while the matching capacitor provides for matching the impedance of the resonant circuit to the cable and amplifier impedances, that are usually 50 Ω.

Mathematically, the weak-coupling approximation is very helpful because it allows one to use various types of perturbation theory to investigate the dynamics [43].

A first approximation study allowed one to verify that the structural goals that were stated in the preliminary design can be met.

This allows one to use the adiabatic approximation [16].

Given the admissible parameters variation box, the approach proposed by Waldherr et al. allows one to compute an outer approximation, S ~, of the region of the state space that contains all the equilibrium points, denoted by X e.

The systematic construction of progressively higher order spatial approximations is achieved via a modified equation analysis, which allows one to clearly identify appended terms appropriate for a desired accuracy order.

The systematic construction of progressively higher order spatial approximations is achieved via a modified equation analysis, which allows one to determine the computational stencil coefficients appropriate for a desired accuracy order.

In the case of germanium and diamond crystals, phonon scattering is weak, which allows one to successfully apply the coherent potential approximation (CPA) for describing shift and broadening of scattering lines.