The phrase "a class of composite" is correct and usable in written English.
It can be used in contexts related to categorization or classification, particularly in fields like mathematics, biology, or materials science.
Example: "In our study, we identified a class of composite materials that exhibit superior strength and flexibility."
Alternatives: "a category of composite" or "a type of composite".
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.
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.
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).
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.
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 sol gel process was used to prepare a class of composites in which a high-temperature polymer, poly phenylene terephthalamide), was reinforced with varying amounts of in-situ generated titania.
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.
This paper reports the design and development of a class of new composite materials, which are low-carbon Stellite alloy matrices reinforced with carbon fibers.
This research attempts to develop a class of novel composite materials which substitute carbon of Stellite alloys with carbon fiber, aiming to minimize the disadvantageous effects of carbides in the alloys.
UHPFRC represents a class of cementitious composite in which stress strain response in tension undergoes strain hardening behaviour accompanied by multiple cracking, leading to a high strain prior to failure.
