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Geometrical characteristics of specimens are synthetized in Table 1.
These non-acoustic properties were then related to morphological characteristics of specimens.
Referring to the nucleation of micro-cracks, deformation and energy consumption characteristics of specimens are investigated.
Nearly constant and frequency independent characteristics of specimens have potential applications.
To understand the interface properties, several tests were conducted to examine the various characteristics of specimens with different layer interfaces.
This paper studies the fracture characteristics of specimens due to two kinds of configurations by comparing with the experimental results of DCB and TDCB specimens for mode 1.
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The micromorphology characteristics of specimen surface and fracture surface were observed.
The fracture surface characteristics of specimen B1 tested at 24.7°C and −70°C are depicted in Figures 15 and 16, respectively.
Here we naively use the term low- and high-stress regimes, where we loosely define the high-stress regime as the condition such that significant piezoelectric effect is induced, the details of which depend of the characteristics of specimen and the experimental environment.
The failure mode characteristic of specimens and the direction of the cracks were observed and described.
The failure mode characteristic of specimens and the direction of the crack were observed and described, respectively.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com