The phrase "array of computational" is correct and usable in written English.
It can be used when referring to a diverse range of computational methods, tools, or systems in a specific context, such as technology or data analysis.
Example: "The research team utilized an array of computational techniques to analyze the large dataset effectively."
Alternatives: "variety of computational" or "range of computational".
To address this challenge, an array of computational tools designed to prioritize and predict the function of noncoding GWAS SNPs have been developed.
This has spurred the development of a wide array of computational tools, and in particular, mathematical optimization approaches, to assist in fundamental metabolic network analyses and redesign efforts.
Current studies employ an array of computational, biochemical, electrophysiological, and integrative approaches.
McNamara points out that computational science has been drawn to BI inspired perspectives for a long time and has served to inspire important creative thinking about a wide array of computational problems.
Researchers must master a dizzying array of computational tools and techniques, they must think about how to manage their data in ways that can be used by other researchers, and they must find solutions for archiving and sharing their data that meet the increasingly stringent requirements of funding agencies.
A vast array of computational methods have been developed to analyze the structure, function, and evolution of proteins.
Today's drug designer has access to vast quantities of data and an impressive array of sophisticated computational methods.
Furthermore, the integration of sequence data with a variety of alternative information is providing valuable and fundamentally new insight into biological processes, as well as an array of new computational methodologies for the analysis of biological data.
In this paper we collate an array of successful computational tools introduced by other researchers, and introduce our own developments, to present a modelling framework fit for analysing and designing with well-behaved nonlinear structures in industry and academia.
The authors use a wide array of approaches from computational experiments, to agent based modeling and ethnographic studies.
As director of the Cold-Formed Steel Research Consortiutilizesfer utilizes an array of experimental and computational tools to increase the seismic safety of buildings that use lightweight cold-formed steel (CFS) for the primary beams and columns.
