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The model is numerically simulated and validated using the available experimental and numerical data.
This model is numerically solved using the Finite Volume Method (FVM) and we compare four numerical schemes for the approximation of fluxes on the faces of the discrete volumes.
The proposed model is numerically implemented.
Finally, the analytical model is numerically and experimentally validated.
The random-anisotropy Heisenberg model is numerically studied on lattices containing over ten million spins.
The derived model is numerically solved using Chebyshev spectral collocation method.
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The governing equations of the model are numerically treated by use of the augmented Lagrangian approach.
The model was numerically implemented in analogy to incremental plasticity and successfully applied for finite-element (FE) simulations of nanoindentation.
Although endogenous losses estimated with the model were numerically different for each precursor pool selected (TCA-soluble fraction > mucosa > milk), treatment effects were similar.
The model was numerically calculated based on the modified SIMPLE algorithm, and the height of cuttings bed was predicted by the trial-and-error method.
The coolant flow and temperature distribution inside the prototype reactor pool and 1/5 scale model are numerically analyzed using a CFD package.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com