The phrase "a numerical version of" is correct and usable in written English.
It can be used when referring to a representation or interpretation of something in numerical form, such as data, values, or measurements.
Example: "The report provides a numerical version of the survey results, making it easier to analyze the data."
Alternatives: "a quantitative representation of" or "a numeric interpretation of".
The assessment method was based on a numerical version of Darcy's classic experiment that involved steady-state flow through a porous material under a unit hydraulic gradient.
The proposed solution is based on a numerical version of principal component analysis (PCA) of stochastic processes and hence it can be applied simply with knowledge of the first- and second-order moments of the intensity process of interest.
In order to identify such properties, a numerical version of the attainable region approach proposed by Lindqvist et al., built as part of the of the iCCS tool developed by SINTEF Energy Research, is used to identify and assess the technical and cost performances of the optimal membrane process for a given set of membrane properties (selectivity and permeance).
The training task consisted of a computerized numerical version of the n-back paradigm [ 22], during which white digits ranging from 0 to 9 were visually presented for the duration of 500 ms in the center of an otherwise black screen in a random sequence.
Then, numerical versions of these manual drawings were proposed and used on web servers such as KEGG [ 3, 24].
We present a new version of the numerical differentiation library (NDL) used for the numerical estimation of first and second order partial derivatives of a function by finite differencing.
This numerical tool is an extended version of an earlier one, adapted for the optimum design of unstiffened conical tanks.
The proposed numerical application is a fractional version of an example proposed in [17].
A modified version of this numerical technique has been used to obtain equilibrium fits to highly elongated DIII-D plasmas.
A new version of the numerical model has been developed to take into account the variation of the thermal properties of the system with the temperature.
The physical solver consisted of a 3D version of the numerical solver used in [10] and was responsible for correcting any cell overlap resulting from mitosis or migration by applying repulsive forces which are proportional to the amount of overlap.
