The phrase "accuracy of the continuum" is correct and usable in written English.
It can be used in contexts discussing precision or correctness within a continuous range or system, often in scientific or mathematical discussions.
Example: "The accuracy of the continuum in this model is crucial for obtaining reliable results."
Alternatives: "precision of the continuum" or "correctness of the continuum".
On The Accuracy of the Continuum Approximation Spatial Aggregation Algorithm of Traffic Assignment, Transportation Science, 14(4):306-324, November 1980.
Moreover, the accuracy of the continuum mechanics based analytical models in predicting buckling properties of embedded CNTs is discussed.
As a result, the accuracy of the continuum mechanics models employed in analyzing buckling of embedded CNTs is not sufficiently verified.
The effect of the multi-axiality of loading on the accuracy of the continuum theory is determined for the particular model of hyperelastic layers described by the Treloar's potential (i.e. by a neo-Hookean type potential), which is a simplified version of the Mooney's elastic potential.
The current pore-scale studies successfully reveal the complex multiphase flow and reactive transport processes in the electrode, and the simulation results can be further upscaled to improve the accuracy of the current continuum-scale models.
Based on the results obtained within the scope of the model of a piecewise-homogeneous medium and the 3-D stability theory, the accuracy of a continuum theory is examined for incompressible non-linear materials undergoing large deformations.
In terms of accuracy, the DUQOL is the test that has demonstrated a lower error of measurement (higher accuracy in the central area of the continuum).
This study investigates the accuracy of an enhanced continuum FE model by taking FEμ as the gold standard.
The mentioned methods were developed to improve the accuracy of low-order continuum elements.
The Energy Minimization Multi-Scale (EMMS) drag model, using Sauter mean particle diameter to represent real particle size distribution, has proven to be effective in improving the accuracy of continuum modeling of gas solid flow.
Accurate characterization of the properties of bone in finite element (FE) studies, including accurate local bone density (Schileo et al. 2008; Synek et al. 2015), is essential to improve the accuracy of existing continuum-level FE modeling techniques (Schileo et al. 2008).
