The phrase "a rigorous method for" is correct and usable in written English.
You can use it when describing a systematic and thorough approach to achieving a specific goal or solving a problem.
Example: "The researchers developed a rigorous method for analyzing the data to ensure accurate results."
Alternatives: "a thorough approach to" or "a strict procedure for".
Authors in [21] have developed a rigorous method for assessing the reliability of estimated data coefficients.
We then establish a rigorous method for analyzing force-clamp data using order statistics.
This paper postulates a rigorous method for the construction of classical planning domain models.
In British standards, the finite element method is recommended as a rigorous method for steel bridge fatigue analysis.
The development of ADAS Advance Driver Assistance Systemss) increasing security of the driver implies the use of a rigorous method for their design and evaluation.
Further, the proposed approach for evaluating the manifold drift provides a rigorous method for combining different combustion models – as long as they can be described by a manifold.
A rigorous method is proposed for parameter estimation in thermodynamic models used for predicting vapor liquid and vapor liquid liquid equilibrium of binary mixtures.
The use of a ruggedness study provides a more rigorous method for assessing method precision than a simple comparative intermediate precision study which is typically performed as part of method validation.
The more computationally expensive probabilistic sensitivity analysis (formulation of uncertainty in the model inputs by a joint probability distribution, and propagating this uncertainty to the outputs [ 106]) is in general considered a rigorous method to account for uncertainty in the joint distribution of the parameters.
And David Berri, author of Wages of Wins and Stumbling on Wins has developed Wins Produced and related measures, also an effort to develop a statistically rigorous method for evaluating players.
Thus, on the basis of the assumption that the data are Poisson-distributed, a statistically rigorous method for determining whether a given chemical formula is consistent with the observed isotopic abundance pattern is presented in the following subsection.
