The phrase "a systematic methodology that" is correct and usable in written English.
It can be used when describing a structured approach or process for conducting research, analysis, or problem-solving.
Example: "The study employs a systematic methodology that ensures consistent and reliable results across all trials."
Alternatives: "a structured approach that" or "an organized method that".
This work shows a systematic methodology that uses a combination of experiment and analysis to extract the material response at much larger strains.
This work presents a systematic methodology that has been developed for the design of sustainable CO2 utilization processes that can mitigate CO2 and also guarantee profitability.
This paper presents the development of a systematic methodology that can generate and screen feasible retrofit process alternatives, to produce the same products from the same raw materials and from them, to identify the more sustainable ones.
In this paper we propose a systematic methodology that integrates the three main phases of the design of an industrial control system, namely, the identification phase, the tuning of the (PID) controller and the design of a (noncausal) feedforward action.
This paper presents the development of a systematic methodology that can generate and screen feasible retrofit alternatives, producing the same products from the same raw materials but under more sustainable conditions.
In this paper, a model-based analysis of oxidation in composites is presented using a systematic methodology that determines the relative effects of the matrix oxidation, role of fiber and interface effects and that of the damage growth.
Life cycle assessment (LCA) is considered to be the most systematic methodology that is widely used in the area of energy analysis.
This approach represents systematic methodologies that integrate structure activity and structure metabolism relationships and are aimed to design safe, locally active compounds with an improved therapeutic index.
We describe a systematic methodology, which shows that these techniques can challenge or enhance current understanding.
This can be achieved by developing a systematic methodology based on models that uses as decision criteria sustainability metrics, such as costs, contaminant removal and customer value.
A systematic methodology for solvent design that does not require any experimental data on the effect of solvents on reaction kinetics is presented.
