Sentence examples for selection of constituents from inspiring English sources

The design of composite multifunctional materials for optimal system performance involves selection of constituents, cross-section architecture, and interface connections.

Nevertheless, only a selection of constituents or toxicological activities is being assessed, assuming that the results of the selected endpoints would be representative of other constituents and biological endpoints.

The hypothesis suggests a single mechanism that would explain: 1) arising of the genetic code; 2) mechanism of selection of constituents of genetic system, including arising of homochirality; and 3) emergencе and reproduction of a bimolecular genetic system consisting of a polynucleotide gene and a protein processive polymerase encoded in that gene.

The main goal of this hypothesis is to suggest a single mechanism that would explain: 1) emergencе and reproduction of a bimolecular genetic system consisting of a polynucleotide gene and a protein processive polymerase encoded in that gene; 2) mechanism of selection of constituents of genetic system, including arising of homochirality; 3) arising of the genetic code and translation.

The utility of numerical models and optimized solutions for quality control, tailor-made concrete mixtures and selection of constituent materials is highlighted.

A system that consists of elements with different reliability and productivity parameters has the capacity strongly dependent upon the selection of constituent components.

To explore the potential of honeycombs in various mechanical applications, this paper proposes a novel honeycomb with composite laminate cell walls in order to provide wider selection of constituent materials, improved specific stiffness and distinct cell wall surfaces.

Appropriate design refers to the selection of suitable constituents with their relative proportion for producing mortar of required workability, strength and durability in a cost effective manner.

The study has shown that selection of concrete constituents and appropriate mix design can be used to minimise CO2 emissions associated with large wind turbine foundations without compromising strength and performance requirements.

For example, by careful selection of the constituent metals, alloys can be obtained that either grow on solidification, remain dimensionally stable, or shrink to predetermined degrees.

The experimental powder M42HVIG is used to illustrate how the adequate selection of the constituent phases involved in the calculation of multicomponent phase diagrams is a key factor for success in the computer-aided alloy design of highly sinterable high speed steel compositions.