Sentence examples for formulas to model from inspiring English sources

Moreover, we provide analytical formulas to model the behaviour of the apparatus in the transient regime, keeping into account eddy current effects and the finite penetration velocity of the driving fields.

In particular, we provide analytical formulas to model the behavior of the apparatus in the transient regime, keeping into account eddy current effects and the finite penetration velocity of the driving fields.

Short et al. [27] and the subsequent derivative research solely used mathematical formulas to model crime in their ABM's.

Empirical formulas to model the main propagation characteristics were proposed and applied to generate transfer matrices of an MIMO link.

The approach uses permutation and combination formulas to model the information needed to encode proteins for simple organisms like viruses, bacteria and other single celled organisms; and also extends the method to compute the information needed to produce differentiated cells and to construct spatial structures formed by the cells in higher organisms.

Simple design formulae to model the results for the H2 norm are proposed and positively verified through broad numerical experimentation which compared the seismic response of asymmetric systems to synthetic and real excitations for different design strategies in a plan-wise arrangement of supplemental damping.

The improvement in the final formula, adding in the log of the length of the other dimension fragment, reflects the better ability of this formula to model physical gel distortion and possibly the influence of DNA fragment geometry.

In this paper, we first present a general theory of influence functions for profile likelihoods and apply formulas to the models of QTL detection.

Problems with existing methods of modeling prevalence ratios include lack of convergence, overestimated standard errors, and extrapolation of simple univariate formulas to multivariable models.

When the returns are characterized by trapezoidal fuzzy random variables, we employ the variance and chance distribution formulas to turn C V models into their equivalent stochastic programming problems.

As suggested in the publication, the Arrhenius equation (2) was then used as secondary model formula to create a model for the change of the first-order rate constant k with temperature (2) k = B e − E a / R T, where B is an empirically determined constant, E a is the activation energy, R is the gas constant, and T is the temperature in Kelvin.