Sentence examples for both models are found from inspiring English sources

The calculated deflections and surfaces strains from both models are found to agree very well with experimental results.

Both models are found to be able to simulate accurately the adsorption kinetics of the proposed pair.

Both models are found to predict dynamic instability of cantilevers under tension unlike the Bernoulli Euler beam theory.

Outcomes from both models are found to be close, allowing the use of the low-cost one-dimensional model in dynamic simulations.

Both models are found to yield comparable results showing that for elastic perfectly plastic tube material the residual contact pressure remains almost constant well above the prescribed TEMA maximum overtolerance values.

When mean densities are matched with measured values, velocity profiles (scaled by the centerline velocities) predicted by both models are found to be in fair agreement with the experimental data.

Both models were found to be in good agreement.

Both models were found useful for the optimization of the antifungal effect in vitro.

The error structures of the equations in both models were found to be very significantly correlated with the ρ parameter.

Both models were found to be adequate for prediction the optical properties of the solutions but with various approximation levels.

Both models were found to be equally capable of estimating the true item parameters and outperformed a standard IRT model that did not account for test speededness.