Sentence examples for enable the analytical from inspiring English sources

Despite the simplifications introduced to enable the analytical derivations, we account for many physically relevant aspects including tissue heterogeneity, poroelasticity, blood perfusion, and nanoparticles absorption onto tissue.

The second is data architecture, which defines the data along with the schemas, integration, transformations, storage, and workflow required to enable the analytical requirements of the information architecture.

The data architecture defines the data along with the schemas, integration, transformations, storage, and workflow required to enable the analytical requirements of the information architecture.

The non-dimensionalization enabled the analytical derivation of a generalized non-propagating fatigue crack length, which can be utilized for fatigue designs.

Furthermore, the recognition that NOM is composed by supramolecular associations rather than macropolymers has allowed the development of a fractionation strategy, called humeomics, that enables the analytical detection of most of the single molecules which constitute the supramolecular assembly [16-18] [16-18]

The linearization of the phase equilibrium relation enabled the analytical solution of the set of differential difference equations describing the dynamics of the compositions of each of the continuous and dispersed phases on any plate within the column.

Numerical simulations of the test using a finite element method enables the analytical approach to be validated as well as the set of parameters identified depending on the normal pressure regimes.

Hence, it is imperative to make appropriate simplifications to enable the derivation of analytical solutions that can capture the essential features of repairs.

The experimental findings enable the development of analytical models that depict the rotational response and flexural strength as a function of the shear-head embedment length, layout and section size.

Three main modern approaches in HPLC methods enable the reduction of analytical time without compromising resolution and separation efficiency: the use of monolith columns, liquid chromatography conducted at high temperatures, and liquid chromatography at ultra-high pressures using columns packed with sub-2-micron particles [ 26, 27].

The obtained results enable the use of the analytical model for further study of the electromechanical coupling with the HEMT structure.