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Laboratory experiments were developed to measure the Poisson's ratio which was necessary for the models.
Subsequently, a series of CFD models, validated by the experiments, were developed to simulate a positively pressurized anteroom.
Two physical experiments were developed to better define the thermal interaction of wetland water and the underlying soil layer.
Finally, three experiments were developed to locate an added discontinuity on a finite beam, a crack in an infinite beam with depth ratio of 1/2, and a crack in an infinite beam with depth ratio of 1/6, respectively.
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In this study, a theoretical framework with supporting experiments is developed to address this issue.
Subsequently, a diffusion model describing the experiments was developed to predict the behavior of CO2 diffusivity under simulated conditions.
Analytical models based on the deformation mechanisms observed in experiments are developed to predict the indentation resistance.
The simulation and experiments are developed to verify the feasibility of working principle and the superiority of proposed control method.
A regression model based on full factorial design of experiments was developed to predict the CO2 production.
Model experiments are developed to analyse the influence of the processing conditions and of the nature of the moulding surface on the surface and bulk morphologies.
In this work, a combined approach using density functional theory (DFT), molecular dynamic simulations, and electrochemical experiments was developed to study organic additives used for a cyanide-free gold electrodeposition process.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com