Sentence examples for numerical convenience from inspiring English sources

This ability to capture permanent deformation is superior to linear elastic models, which are often used for numerical convenience, but are incapable of modeling permanent deformation or predicting permanent deformation processes such as faulting, fracturing, and pore collapse.

In view of this optimal value of Nsim, for numerical convenience we select κ = 24 aJ µm from the range of experimental values reported for microtubule flexural rigidity (see [20]).

As signal S t) we used the one measured experimentally and for numerical convenience we interpolated it with a cubic spline (a polynomial curve constrained to interpolate all points and formed by piecewise cubic polynomials).

For numerical convenience we chose to fix α 1 = 0.1.

For numerical convenience, the cap was set at 100, as fewer than 5% of all ShReDs calculated in this study exceeded this value.

While this choice is inherently based on tissue behavior which must be determined experimentally, both models continue to be used either to model incompressible/nearly incompressible behavior or, in some cases, for numerical convenience.

It is well established that the efficiency and convenience of numerical methods depend highly on a number of factors including accuracy of the associated geometrical models, suitability and accuracy of the material models, and knowledge of the nature of the phenomenon and the boundary conditions.

Equation (5) assumes that banks do not keep any central bank deposits on their balance sheet after the reform.33 For convenience, in the numerical analysis, I will abstract from Costs+, as they are difficult to estimate.

For convenience, we evaluated numerical values of the solution using custom MATLAB scripts.

For convenience in modeling and numerical computation, the macro-model is idealized with longitudinal and diagonal uniaxial elements of concrete and re-bar.

For assessment, strains are computed on simple or deep beams assuming linear elastic material behavior for convenience as usual for numerical analysis of tunnels (Kämper et al. 2016), or more sophisticated considering non-linear effects, too.