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Specimens exhibit a lamellar-perforate wall texture with large caliber pores, which are distributed between the protuberant pustules.
All the specimens exhibit a tetragonal perovskite structure, and undergo a phase evolution from ferroelectric P4mm to antiferroelectric relaxor P4bm as the BMT addition increases.
We show that for the neat polyurethane foam material, two different size specimens exhibit a large difference on their mechanical response to load.
Specimens exhibit a columnar microstructure so that plastic deformation is essentially two-dimensional, with few in-depth gradients, and therefore surface DIC analyses are representative of the whole specimen volume.
However, the thicker specimens exhibit a much more ductile behavior under repeated stress relaxation experiments, which the in situ TEM experiments revealed to be related to differences in intergranular crack propagation mechanisms.
While most specimens exhibit a clearly delineated mental trigone, the weak development of the mental tubercles and the vertical orientation of the symphyses combine to produce a non-projecting mental eminence.
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The specimens exhibited a bending strength up to 90 MPa.
The packed specimens exhibited a significant difference from the others.
While the coarse structured specimens exhibited a compressive strength of 80% relative to this.
The specimens exhibited a "strong column weak beam" type of flexural yielding mechanism.
When the bond strength was adequate, the specimens exhibited a ductile behaviour prior to failure (Fig. 12a).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com