Sentence examples for capability of tailoring from inspiring English sources
The analysis shows the capability of tailoring the core geometrical parameters of these iso-volume honeycomb concepts to achieve a desired thermal response in structural sandwich panels or core fillers, for which the coupled thermo-mechanical performance is paramount.
Nanolayered or multilayered coatings, because of their capability of tailoring hardness and toughness through modifications in the chemistry and architecture of layer constituents, have been explored as potential candidates for this specific application.
Established fact about nanostructures is the capability of tailoring a physical property by changing its size and/or morphology which gives the versatility to the nanomaterials to be used in diverse applications.
Potential advantages of using web-based materials include the relatively low cost of updating information and the increased capability of tailoring and interactivity, which may assist in the acquisition and integration of knowledge.
Their low cost, thermal and chemical stability, and capability of being tailored make them especially attractive for pollution control applications.
These studies used other kinds of media to transfer knowledge, and were therefore limited in their capability to tailor their advice.
Operational challenges associated with tidal range power plants are highlighted, while also presenting the capabilities of modelling tools tailored to their assessment.
"We'll see different boxes offering different functions," according to Sean Kaldor, vice president of developing markets and technology at research firm International Data Corp. "Some boxes will target the gaming market; others will feature video-on-demand capability, with prices tailored accordingly".
The versatility of surface-tailoring, the capability of further chemical modifications, and the feasibility of ligand-conjugations in TMC polymer will further assist the scientists for reaching new dimensions in the nano-assembly of novel structures based on TMC.
With the current release we introduce model manipulation capabilities which are tailored to fit the needs of stochastic modeling, as well as a just-in-time compilation engine that increases the overall execution speed of the analysis.
This tailoring and tuning capability of bilayer MMs shows a great potential for many novel THz applications such as signature control, chem/bio detection, and multi-response sensors.
