"iterative analysis" is a correct phrase and can be used in written English.
It refers to a systematic method of evaluating and refining a process or a set of data through repeated cycles of analysis and testing. Example: The team conducted an iterative analysis of the data, refining their approach after each round of analysis.
Most scientists would argue that robots excel in absolute data output, while humans are required for on-the-ground decisions and iterative analysis.
Subsequent iterative analysis allows prioritization of scaffolds and sub-libraries for inclusion in the library.
An iterative analysis FB synchronization approach has also been considered for the conventional receivers.
The process consists of iterative analysis in order to identify and transform the classes responsible for the structural complexity and effectively reducing candidate components' sizes.
Two coupling approaches are studied here, both using optimal relaxation parameters to ensure and/or to speed up the convergence of the iterative analysis.
This chapter first describes a generic iterative analysis process, which explains how these types of analysis methods can be used in an agile way during design exploration.
Instead, iterative analysis, subject to design criteria trade-offs, using autonomous self-interested agents, mimics the bottom-up evolution of historical market mechanisms by trial and error.
Just like design element 3 above, this element may also require iterative analysis of alternate mining plans, alternate reclamation approaches, and regional and community development activities.
Simeu-Abazi et al. (1997) applied decomposition and iterative analysis of Markov chains to obtain numerical solutions for the reliability and dependability of manufacturing systems.
The proposed technique uses the voltage and current signals during the transient and steady states, measured at the main distribution substation, through time and phasor domain iterative analysis.
Of particular interest is the finding that while the stress distribution changes significantly, the final flange curling deformation is virtually the same whether obtained from an accurate iterative analysis or from a first-order linear analysis.
