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An uncertainty analysis for model parameters and model predictions shows the expected accuracy of the estimates.
Comparison of experimental results with the model predictions shows satisfactory agreement.
The model predictions shows that moderate membrane oscillations at frequencies <25 Hz and amplitudes <0.015 m can be used effectively for intensifying microfiltration as well as other membrane separation processes.
The comparison between experiments and model predictions shows that the longer palms are optimally designed for self-support whereas shorter leaves are shaped predominantly by other parameters of selection.
A sensitivity analysis of the parameters on the model predictions shows that the size of the active bed zone and the time scale of the exchange between the active and passive bed zones have a strong influence on the coating variability.
Similar(55)
The model predictions show that the VE VP VD H model is capable of predicting the fatigue damage response of asphalt concrete subjected to different loading conditions.
The experimentally validated model predictions show that a non-linear finite element analysis can predict the member behaviour, in terms of failure mode and ultimate load, yield line pattern, overall stiffness and local strain in the cold-formed profiles.
Model predictions show reasonable agreement with experiments.
The model predictions show good agreement with the experimental results.
Experimental data and model predictions show good agreement.
Model predictions show good agreement with observations from the CSB.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com