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Exact(25)
Surface lattice contractions of nanoparticles are predicted and compared with the existing experimental data.
The temperature distribution and cooling rate surrounding the molten pool are predicted and compared with experiments.
The solid phase holdup and the velocity are predicted and compared with semi-empirical models.
In the model, the stress and recrystallisation conditions are predicted and compared to experimental data for Al-l%Mg alloy.
Finally, the effect of delamination on modal frequencies and shapes are predicted and compared with previously obtained experimental results.
Both the permeability and diffusivity of the reconstructed electrodes are predicted and compared with empirical relationships in the literature.
Similar(35)
The flexural stress-fatigue life (S-N) of ECC were predicted and compared with experimental results.
Characteristic fatigue damage of the selected joints for different models is predicted and compared.
Using the models, microhardness profiles after different conditions of nitriding have been predicted and compared.
The pump performances were predicted and compared to the experimental measurements.
At the end of each iteration, chemical shifts for the test molecules were predicted and compared with the observed values.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com