Sentence examples for multifunctional performance of from inspiring English sources

The multifunctional performance of stochastic (foamed) cellular metals is now well documented.

This effect may be positive or negative; slight or significant largely depends upon channel diameter, location, inter-channel distance, shape, and orientation, which also play a great role in the multifunctional performance of the composites.

The weight gained under varying coating parameter were acquired and could be used for designing and given typical direction to multifunctional performance of developed multifacetal coatings in surface engineering application.

The microstructure systems of the aerogel composites could be tailored to result in multifunctional performance for the targeted applications.

Nano-materials have given rise to extensive research for revealing multifunctional performance capabilities of the novel composite material systems.

Our analysis illustrates the challenges in defining any one universal performance metric for compact heat exchanger design; an appropriate performance metric must be selected that accounts for the particular multifunctional performance characteristics of interest.

With the perspective set on aerospace applications, we perform a critical review of their multifunctional performance and capacities emphasizing on the damage tolerance and electrical properties achieved.

The robust topological preliminary design exploration method (RTPDEM) is used for designing complex multiscale materials and products concurrently by topologically and parametrically tailoring them for multifunctional performance that is superior to that of standard designs and less sensitive to variations.

The multifunctional performance (viscosity index improver, pour point depressant and antiwear) of the additive-doped base oil was evaluated by standard ASTM methods.

Carbon films, due to the inspiring multifunctional performance along with mechanical properties, have sufficient potential in development of biomedical applications.

The results in this paper provide a method for precisely controlling the shape recovery profile and enabling the manufacture of devices with complicated geometries and unprecedented multifunctional performance.