Sentence examples for developed in function of from inspiring English sources

An efficient tension stiffening model for nonlinear analysis of reinforced concrete members has been published by Stramandinoli and La Rovere (2008) where in the relationship (1) has been developed in function of the uncracked section ϵs1 and the full-cracked section of the member ϵs2.

An efficient tension stiffening model for nonlinear analysis of reinforced concrete members has been published by Stramandinoli et al. (2008) where the relationship (1) has been developed in function of the un-cracked section ε s 1 and the full-cracked section of the member ε s 2. ε s m = σ s r σ s 2 2 ε s 1 + 1 - σ s r σ s 2 2 ε s 2. (3).

It does not, however, replace distributed and localized capabilities; rather, the central unit is additive, built upon existing capabilities that may have already developed in functions, departments and lines of business.

On days with no measurement, NO2 and NOx data were estimated using the multiple imputation method developed in the ICE function of the statistical package STATA version 8 (StataCorp, College Station, TX, USA).

The molecular charge density is considered a sum of the nuclear point charges and the electronic part developed in products of Gaussian-type functions.

This strategy, which can be strengthened by increasing the number of representative GES to gain more insight into biological systems involved in this disease, provides a framework to develop rational therapeutic strategies in function of age.

Recently, several models have been developed in which various functions of airway dendritic cell subsets such as antigen uptake, migration and T cell stimulatory capacity can be studied in vivo.

For identifying putative, recovery-enhancing therapeutics, animal models need to be developed in which recovery of function can be measured.

Third, sensitive biological assays need to be developed to determine the differences in function of the potentially causative alleles.

A simplified treatment of the activation barrier is developed in terms of a probability function determined by the Brønsted relationship, and a Marcus treatment of the electron transfer step.

The constitutive relations for electrostrictors are developed in terms of the standard quadratic function and the hyperbolic tangent squared function of the applied electric field.