Sentence examples for tailoring the material from inspiring English sources

This will be achieved by tailoring the material properties within the component.

Nowadays, tailoring the material properties is essential for advanced product design in engineering systems.

However, our work proves the concept of 6FDA-TTM materials for effective gas separation and outlined the possibilities for further tailoring the material properties.

In this work, we argue that their so-called exceptional tensile strength and ductility are not directly relevant from a component design perspective, but those properties enable tailoring the material response for a given requirement.

Carbon based nanofillers such as carbon nanotube (CNT), carbon nanofiber (CNF) and graphene nanoplatelet (GNP) have emerged as new potential filler materials for tailoring the material properties of composites at the molecular level.

In these cases, design process for laminated composites must include (i) tailoring the material properties, that is, selection of fiber, resin, and fiber volume fraction and the lamina-stacking sequence, (ii) selection of the number of ply orientations, (iii) and determination of final thickness.

Stereolithography and laser sintering offer a huge potential for further miniaturization by systematically adapting the right parameters and tailoring the materials.

The present understanding of plasma surface interactions that are the cornerstone for tailoring the materials' functional characteristics, in particular their optical, mechanical, electrical, tribological, protective, and other properties are described based on knowledge of fundamental physical and chemical processes in the active plasma environments.

Attaining of unique properties by tailoring the materials at atomic level can be achieved by the process of nanotechnology [1].

The photovoltaic performance can be improved, in principle, by tailoring the materials themselves, patterning the solid-state electrolyte, aligning accurately the FTO and the TNP patterns, and optimizing device parameters and geometries.

In studies of solid/solid interfaces, in particular those interfaces that originate through epitaxial growth, characterizing the structural nature of the interface is crucial to tailoring the materials properties.