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Classical models are not able to capture either of the two types of size dependent behavior.
This study shows that many factors influence the size dependent behavior of metals.
The study is aimed at explaining the apparent size dependent behavior observed at small indentation depths for this class of highly rate dependent materials.
Furthermore, these structures are often irregular, which not only affects the size dependent behavior but also leads to significant property variations among different microstructure realizations.
In this paper, the size dependent behavior of micropolar theory under conical indentation is studied for different indentation depths and micropolar material parameters.
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This process yields a size-dependent behavior characterized by specific lengths scales.
The surface energy density of nanoparticles exhibits an obviously size-dependent behavior.
The obtained GO nanosheets are photoluminescent and exhibit lateral size-dependent behavior.
Understanding the size-dependent behavior of structures at nanoscale is essential in order to have an effective design of nanosystems.
In this study, we used similar polystyrene nanoparticles which have already been demonstrated to have a size-dependent behavior for transport across BeWo placental barrier models with a cut-off around 240 nm240
Many rate-independent models for metals utilize the gradient of effective plastic strain to capture size-dependent behavior.
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CEO of Professional Science Editing for Scientists @ prosciediting.com