The phrase "a class of composites" is correct and usable in written English.
It can be used when referring to a specific category or group of composite materials or items that share common characteristics.
Example: "In materials science, a class of composites is often studied for their unique properties and applications in various industries."
Alternatives: "a category of composites" or "a group of composites".
A class of composite estimators of small area quantities that exploit spatial (distance-related) similarity is derived.
The problem of adaptive state feedback exponentially practically stabilizing a class of composite system with uncertainty and disturbance is considered.
We illustrate applications of MCR on materials modeling and building structure-property relations via two examples: One on learning the materials law of a class of composite microstructures, and the second on relating the permittivity and dielectric loss to a structural parameter in nanodielectrics.
The developed finite-volume framework offers a unified methodology for simulating damage evolution in a class of composite laminates due to cracking and/or progressive interfacial degradation, and for identifying features observed in the homogenized response that reflect the underpining local failure mechanisms.
Metal matrix composites (MMCs) could be described as a class of composite materials with two constituents: a metallic matrix that consists of dispersed inert particles.
This paper is focused on the study of boundedness and convergence of sequences of distances and iterated points and the characterization of fixed points of a class of composite self-maps in metric spaces.
In terms of kinematic finite source description, such heterogeneity may correspond to a class of composite models developed by Frankel (1991) and Zeng et al. (1994), and similar to those of Bernard et al. (1996).
For humans, the researchers say their discovery of what's essentially a class of composite materials could inspire and aid the design of a host of technologies, from toxin-catchers to artificial muscles for soft robots.
The objective of the paper is to propose an approach to decentralized networked quantized state feedback H∞ controller design for a class of complex symmetric composite continuous-time systems.
Ultra High Performance Fibre Reinforced Cementitious Composites (UHPFRCCs) represent a class of cement composites which have superior characteristics in terms of material properties.
