Sentence examples for developed for the quantity from inspiring English sources

Mathematical formula was developed for concrete strength as a function of CA quantity that ranges from the standard quantity to null, and another formula was developed for the quantity of FA as a function of compressive strength.

The paper will examine the various national and regional professional standards that have been developed for the Quantity Surveying, Cost Engineering and Project Controls professions by various countries and professional associations around the world.

Next, the algebra for the rectangular World Trade Model, with rectangular sector-by-technology matrices for all regions, is developed for the primal quantity model and illustrated by a numerical example for three regions with three sectors and four factors of production.

Experimentation based on statistical design has been carried out and model equations using factorial design of experiments have been developed for the above mentioned quantities for a promoted gas solid fluidized bed.

Correlations as functions of Grashof number are developed for the estimation of various quantities of interest for different configurations, aspect ratios and thermal conductivity ratios.

Recently, the use of multiple collector – inductively coupled plasma mass spectrometry (MC-ICPMS) has been developed for the analysis of extremely small quantities of sulfate [25, 26].

Applying the principle of the minimum complementary energy a simple method is developed for the determination of the response quantities of the shear-flexure beam with hinged laterally fix end supports and laterally elastic interior supports subjected to lateral loads at the nodes.

Hypothesis-independent methods were developed for the discovery of patterns in large quantities of possibly high-dimensional data, in the fields of data mining and machine learning.

This tends to affect the quantity and type of products that are developed for the Rwandan market by domestic and international enterprises.

The multifractal formalism was originally developed for additive quantities, and was later extended to non-additive quantities.

Procedures are developed for determining the optimal order quantity and the optimal cycle time for both cost structures.