Sentence examples for defining the most suitable from inspiring English sources

One of the most common obstacles faced by engineers when making numerical models to assess damage in historical masonry lies in defining the most suitable constitutive models when there is shortage of either material characterization or experimental data.

Different aspects, such as accuracy, reproducibility and level of throughput, should be taken into account when defining the most suitable SNP assay for breeding purposes.

When defining the most suitable terms for the population, intervention, comparison, and outcome (PICO) to define our research questions for the search strategy (see examples in Table 1) [ 15], we took into account prior knowledge and a preassessment of the literature.

It should also help the MPA managers, to define the most suitable management actions and monitor the management plan itself.

Several attributes of parcels were derived from the available TSX images in order to define the most suitable parameters discriminating between different landcover types.

Variations in parameters such as temperature, rotation speed and mixing time were investigated in order to define the most suitable processing conditions.

The achieved results will be used to define the most suitable interventions in old buildings to improve its energy performance beside of good indoor air quality.

In this work, two control structures are compared to define the most suitable proposal for implementation in an industrial reactor and the impact of these control structures in the reactor production and in the polymer melt index are analyzed.

Furthermore, with the advent of thermodynamic and mass balance calculations it is possible to predict the slag saturation and define the most suitable conditioner (oxide components) that should be added during the operational process.

To define the most suitable method to be implemented, i.e. which combines accuracy and little arduousness, benchmark of two numerical failure criteria is performed: the widely known Cohesive Zone Method and an in-house developed Nodal Release Energy method.

Seven hydrogeological factors, viz., water depth, slope, drainage, soil, infiltration, lithology, and landuse, have been considered to define the most suitable locations for artificial groundwater recharge in the mining area.