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A few test examples are solved, which demonstrate that the derived non-local model predicts lower deflections in comparison to classical Euler Bernoulli beam solutions.
The results reveal that although both linear and nonlinear models predict similar oscillation frequencies, the nonlinear model predicts lower exergetic efficiencies.
It is shown that the new model predicts lower values for product purity and recovery when compared with the old model.
The compound twinning model predicts lower transformation strains compared to the Type II twinning case lending an explanation of the experimental transformation strain levels.
The proposed model predicts lower strength under tensile loading as compared to compressive loading which is in tune with experimental observations.
In contrast to the standard model the novel model predicts lower accretion of zirconium in bones.
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The 3D model predicted lower roll pressure and densities near the edges due to presence of side seal friction.
The model predicted lower viscoelastic modulus values, undamped resonance frequencies and total damping ratios for MBs-chem.
However, the FE model predicted lower peak load, which is most likely due to a size effect exhibited by aluminium foam.
Generally, our model predicted lower probabilities of population replacement than the previously published model.
However, the model predicted lower cervical cancer incidence among older cohorts.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com